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      • Schlumberger Partners with Gradiant to Deliver Sustainable Production of Battery-Grade Lithium Compounds
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      • Schlumberger New Energy and Panasonic Energy of North America Announce Strategic Collaboration on New Battery-Grade Lithium Production Process
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      • Schlumberger and IBM Announce Hybrid Cloud Enterprise Data Management Solution for Energy Sector
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      • Subsea Integration Alliance Awarded Integrated EPCIC Contracts Offshore Australia by Esso Australia
      • Schlumberger and TGS Announce New 3D Multiclient Reimaging Project in Egyptian Red Sea
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      • Schlumberger Introduces Armor Cladding Alloy for Drill Bits
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      • Schlumberger Announces Senior Notes Redemption
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      • Schlumberger Acquires Saltel Industries
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      • Schlumberger Announces the Pricing of its Tender Offer for Senior Notes of Cameron International Corporation
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      • Schlumberger and IBM Introduce New Service to Optimize Integrated Upstream Production Operations
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      • SLB recognized at the World 50 2024 Inclusion and Diversity Impact Awards
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      • SLB Capturi Celebrates First Anniversary, Marking a Year of Breakthroughs in Industrial Decarbonization
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      • SLB Experts Named 2025–2026 SPE Distinguished Lecturers
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    • Chesapeake Energy Increases Run Footage and Reduces NPT in Intermediate Section, Onshore Louisiana
    • Impact System Frees Stuck BHA in 7 Attempts After 6 Days Stuck Downhole
    • Hydra-Jar AP Drilling Jar Frees Stuck Drillstring, Saves USD 430,000
    • Petrobras Recovers Stuck Drillstring at 4,540 m, Saves BHA Worth USD 2 Million
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    • Operator Sees ROP Increase 54% in Offshore Malaysian Well
    • i-MILL TT Mill Powered by Neyrfor TTT Turbodrill Removes 5,707 ft of Cement in One Run in HT Well
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    • PEMEX Saves 3 Rig Days with First Neyrfor Turbodrill and Kinetic Bit Run, Offshore Mexico
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    • Turbodrill and Hybrid Bit Save PEMEX 12 Days During 548-h Run, Remaining in Hole for 27 Days
    • Two PDCs Drill over 10,000 m of Unconsolidated Sand and Heavy Oil in Venezuela’s Orinoco Belt, Save USD 115,000
    • Unique Single-Trip Cut, Circulate, and Pull Service Saves Two Trips on Deepwater GOM Slot Recovery
    • Rhino XC Reamer and AxeBlade Bit Save 48 Hours and USD 240,000 in Tripping-Related Costs
    • Single-Trip, Integrated Rathole Elimination BHA Drills Wells 7.5 Days Ahead of AFE, Offshore Sakhalin
    • PEMEX Uses Rhino XS2 10000 Reamer to Underream 1,033-ft Section in Challenging Offshore Formation
    • Rhino XS Underreams First Two-Phase Nitrogen Mud System Well in One Run
    • BP Saves 48 Hours of Rig Time in Complex Underreaming Operation, Offshore Azerbaijan
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    • BP Saves More Than USD 1 Million and 24 Days Off of AFE with RockStorm PDC Cutter Technology
    • PDC Drill Bits with RockStorm Technology Increase ROP by 29% for Canbriam Energy, Canada
    • PDC Bit with RockStorm Technology Improves Average ROP by 23%, Bakken Shale
    • SHARC PDC Exceeds Qatar’s North Field Single Day Drilling Record by 38%
    • Starc Limited Saves USD 3.5 Million Using BHA with High-Abrasion-Resistance PDC Drill Bit
    • Next-Generation Spear Bit Drills Lateral in Eagle Ford Shale 22% Faster
    • Next-Generation Spear Bit Drills Haynesville Shale 19% Faster
    • Spear Drill Bit Saves USD 175,000 and 2.7 d of Rig Time in Marcellus Shale Well
    • Spear Bit Sets ROP Record Drilling for Shale Gas in Argentina
    • Gazprom Neft Increases ROP by 46%, Saves 27 Drilling Days with StingBlade and AxeBlade Bits, Russia
    • Innovative Drillbit Design Increases Average On-Bottom ROP by 39% and Saves PDC Energy 7.5 Rig Hours
    • GMT Exploration Improves Footage and ROP, Saves 2.5 Drilling Days Using StingBlade Bits
    • Groupement Reggane Nord (GRN) Consortium Achieves Record Run, Saves USD 306,000 with StingBlade Bit
    • Mangyshlak Munai Saves 27 Rig Days and Sets Field ROP Record with StingBlade Bits
    • Integrated BHA with StingBlade Bit Drills 24% Faster in Interbedded Formation and Saves 3.5 Days, Kuwait
    • LUKOIL-Komi Increases ROP 70% in Horizon Previously Undrillable with PDC Bits in One Run
    • Progress Energy Increases ROP 95%, Saves USD 178,500 Using StingBlade Bit in Montney Play
    • Cimarex Energy Saves One Day While Drilling Curve Section on Consecutive Wells, Permian Basin
    • Zhaikmunai Saves Drilling Days, Enhances Lithology Identification Using StingBlade Bit
    • ONGC Increases ROP by 100% Using a StingBlade Bit with RockStorm Technology, Offshore India
    • Record-Setting StingBlade Bit Run Saves MOL Pakistan More Than USD 100,000 and 12 Rig Hours
    • StingBlade Bit Saves PEMEX 1.7 Days, Offshore Mexico
    • Petrobras Saves 11 Hours, Reaches Interval TD in One Run with StingBlade Bit Offshore Brazil
    • StingBlock Cutter Block Earns Meritorious Award for Engineering Innovation at 2018 OTC
    • StingBlock Cutter Block Improved HEWD Performance for Large-Bore Presalt Well, Offshore South America
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    • PDC Bit with Stinger Element Drills More Than 9,600 Feet in One Run in Bakken Shale
    • Stinger Element Saves 6 Days in Parque das Baleias Presalt Field Offshore Brazil
    • Petroamazonas Saves 1.5 Days in Three Wells with Central Stinger Element, Ecuador
    • SHARC Bit with Stinger Element Increases ROP 46% in North Dakota's Bakken Field
    • Bit Performance and Optimization Saves Rockcliff 40 h With Record-Setting Bit Design, Catapulting ROP 69%
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    • Viking Bits PDC Bit Increases Meters Drilled 40% and ROP 19% in Western Siberia’s Kogalymskoe Field
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    • Integrated Technology Drills and Cements Production Liner in Challenging Formation, Russia
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    • Long-Term Zonal Isolation in Underground Gas Storage Wells, Italy
    • Aislamiento zonal a largo plazo en pozos de almacenamiento subterráneo de gas (UGS)
    • Preserve Cement Integrity, Mitigate Risk of Future Gas Leaks in Alberta Well
    • Using FUTUR self-healing cement saved 24% in cementing operation costs per well.
    • Preservación de la integridad de la cementación a lo largo de toda la vida productiva del pozo
    • Minimize Leaks from Underground Gas Storage (UGS) Wells in Urban Italy
    • Prevención de pérdidas en el almacenamiento subterráneo de gas
    • Invizion Evaluation and Isolation Scanner Services Help Operator Isolate Shallow Aquifer
    • Invizion Evaluation Service Improves Zonal Isolation 70% in Eagle Ford Shale
    • Remediación de pérdidas de 2 000 bbl de lodo en el campo Costero de México
    • Fibras especiales eliminan las pérdidas de circulación y evitan una cementación con fines de remediación
    • Losseal Reservoir Fracture Treatment Reduces Losses by More Than 85%, Leaving Formation Damage-Free
    • Colocación exitosa de tapones con el software de modelado PlugAdvisor
    • Middle East Operator Minimizes Drilling Losses with Fast Gel Strength Cement Technology
    • Openhole Water Shutoff Solution Increases Oil Production
    • Intelligent Completion System Boosts Oil Production by 41% in High-GOR Field
    • Lukoil Saves USD 6.8 Million Using First Extended-Reach Intelligent TAML 5 Multilateral Well
    • Plugged Sand Screens Averted in Horizontal Well Through 124% Gravel-Pack Efficiency at –51 degF
    • ACTive Perf with ABRASIJET Jet Perforating in Highly Deviated HPHT K-Gas Well
    • El servicio ACTive Perf, combinado con la herramienta ABRASIJET, superan el daño de perforación severo producido en un pozo de gas HPHT altamente desviado
    • ACTive Cleanout Provides Downhole Access for Perforating Multiple Zones in South China Sea
    • Disparo Preciso de Dos Zonas en Condiciones de Bajo Balance
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    • ACTive Isolation Service Reduces Water Production by 4,000 bbl/d in an Openhole Horizontal Well
    • ACTive Isolation Service Revives Well Production
    • Aislamiento y estimulación exitosos de pozos húmedos con la tecnología ACTive
    • ACTive Services and Neyrfor TTT Turbodrill Increase ROP by 200% During CT Drilling Operation
    • El sistema ACTive OptiFIRE dispara tres intervalos e incrementa un 18% la producción de un pozo de un campo marginal
    • Operador en el sur de México Duplica la Producción de Petróleo en un Yacimiento de Baja Presión Usando los Servicios ACTive
    • El sistema ACTive OptiFIRE permite re-disparar un intervalo productivo crítico en 11 horas
    • ACTive Profiling and Pressure Survey Enhance Reservoir Understanding
    • ConocoPhillips Minimizes Downhole Time by Capturing Two Production Logs in Single Run
    • ConocoPhillips minimiza el tiempo en el fondo del pozo mediante la captación de dos registros de producción en una sola carrera
    • ACTive PS Service Reduces Rig Operations by 10 Days During Plug Setting and Well Cleanout
    • El servicio ACTive PS identifica las zonas de agua e hidrocarburos durante los registros de producción
    • Registros de producción e intervención con tubería flexible en el campo Manifa de Arabia Saudita
    • Técnica para optimizar las operaciones de aislación del agua con fines de remediación en Arabia Saudita
    • Operator Saves Additional Run Using ACTive PTC Tool During Mechanical Descaling Operations
    • Real-Time CT Tool Saves 22 Hours of Rig Time During Production Testing Operations, Ecuador
    • ACTive Q Service Key to Improving Injection Rate of Dual-Lateral Power Injector by 600%
    • El Servicio ACTive Q Ayuda a un Operador a Mejorar el Índice de Inyectividad de los Pozos en Casi un 300%
    • ACTive Straddle Inflatable Packer Stimulates Multilateral Well in One Run
    • ACTive TC Tool Enables Shifting of 10 ICDs in Horizontal Wells Within 6 Hours
    • CoilFLATE Isolation Triples Post-Treatment Production in Algeria
    • Protección del revestimiento de fibra de vidrio de los pozos de eliminación de agua
    • Eliminación del corte de agua con un tratamiento de aislamiento del agua
    • CoilTOOLS Tools and Solutions Enable Efficient Reabandonment of Nine Wells in 145 Days
    • Las operaciones con tubería flexible de próxima generación establecen nuevos récords mundiales en el Golfo de México
    • DepthLOG Alaska
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    • Integrated Operation Reduces Costs for Multilateral Stimulation by 24% for Tatnefteotdacha
    • Jet Blaster Service Removes Calcium Carbonate Scale in a Single Run
    • 8.5-in Section Drilled in Single Run, Saving CCLS USD 400,000 in South China Sea
    • Advanced Image Interpretation of geoVISION Service Improves Formation Characterization, Offshore Libya
    • Apache Increases Expected Oil Recovery by 11% with GeoSphere Service Offshore Australia
    • Autonomous Downhole Control System Reduces Downlinks 49%, Increases ROP 37%
    • Cimarex Saves 26 Hours in Permian Basin with Slimhole PowerDrive Archer RSS
    • Continuous Operating Capability in High-Pressure
    • Crucial Reservoir Pressure Data Prior to Field Recovery Strategies Saves Talos Energy USD 500,000
    • High-Temperature Malaysian S-Well Hits All Three Targets in One Run
    • Hybrid turbine saves 10 days rig time and USD 1 Million in Middle East
    • Integrated BHA Solution Reduces Drilling Time by 18 Days in Vertical Exploration Well, Onshore Indonesia
    • Integrated Drilling Approach Saves Shell USD 1.1 Million, Achieves Record 275-ft/h ROP Salt Drilling Performance
    • Integrated Planning and Execution Help Deliver Middle East Operator's First High-Temperature ERD Gas Well
    • Neyrfor Delta and Kinetic Bit Save 8 Days and USD 335,000 Drilling Oklahoma's Granite Wash
    • Neyrfor Turbodrill Delivers an ROP 55% Greater Than That of a Conventional High Speed Downhole Motor
    • Neyrfor Turbodrill Sidetracks Off Weak Cement Plug on First Attempt, Offshore Oman
    • Operator Accurately Positions Two Wells in Challenging Target Reservoir Sands Offshore Australia
    • Operator Drills Record-Setting Multilateral Well Through Highly Abrasive Formation in Single Runs
    • Operator Maintains 5-ft Drilling Target Window for 6,890-ft Horizontal Well Offshore Australia
    • Operator Maps Complex Gas Sands, Avoids Risky Sidetrack Offshore Australia
    • Petrobras Accurately Lands Multiple-Target Wells Without Pilot Holes Offshore Brazil
    • PowerDrive Archer vorteX 675 RSS Achieves Field Footage Record in First Run in Russia
    • PowerDrive vorteX System Mitigates Shock and Vibration While Increasing ROP 67%
    • PowerDrive X6 RSS Proves Reliability for Record-Setting 668 Cumulative Pumping Hours
    • PowerDrive Xcel Rotary Steerable System Helps Save 5 Days of Drilling Time in Statfjord Field, North Sea
    • PowerDrive Xcel RSS with Real-Time Gamma Ray Lands S-shaped Extended-Reach Well at 55° Inclination
    • Vankorneft Increases ROP 12%, Completes 1,194-m Sidetrack in Single Run, Eastern Siberia
    • Vankorneft Moves to a Lightweight Casing Design and Saves 7 Days on Well Construction
    • Application-Specific BHA Lands Longest ERD Well and Multilateral Well, Mainland Russia
    • BHA Optimization with Custom Drill Bit Increases Average ROP from 15 to 34 m/h in Lateral Sections
    • Customized Drilling Systems Save ERIELL 15 Days, Setting a Samburgskoe Field Record
    • Drilling System Saves 18.5 Rig Days in Eastern Siberia
    • Engineered System Drills East Siberia Complex Well Trajectory 4 Days Ahead of Plan
    • ERIELL Group Drills 1,308-m Lateral Sidetrack, Saves 4 Days Off Plan in Samburgskoye Field
    • Erratic Surface Torque and Drillstring Vibrations Eliminated in Underreaming Operations
    • Improved Drilling Performance Saves Rumaila Operating Organization More Than USD 200,000
    • Integrated BHA Drills Salamander Energy Sidetrack in One Run Per Section
    • Integrated Drilling System Saves Trip for Noble Energy in Deepwater Gulf of Mexico
    • Integrated Services Provide Wellbore Assurance for First ERD Well in Baltic Sea
    • Lukoil Drills Record 8 1/2-in Horizontal Section in North Caspian Sea, Saving 29 Days off AFE
    • LUKOIL-Nizhnevolzhskneft Achieves 82% NTG in 2.5-m-Thick Sweet Spot with PeriScope HD Service
    • Optimized Drilling System Delivers ERIELL Group's Subhorizontal Well 13 Days Ahead of Plan
    • Optimized Drilling System Saves 5 Days for Lukoil-Komi in Russia's Timan-Pechora Region
    • PowerDrive Xcel RSS with Gyro Technology Saves 5 Days off of AFE, Offshore Russia
    • Staged Hole Opener BHA Eliminates One Run and Reduces Planned AFE by 2 Days, Offshore Russia
    • StethoScope Service Delivers Precise Pressure Profile
    • Технология PeriScope HD позволила компании «ЛУКОЙЛ-Нижневолжскнефть» проложить горизонтальный ствол в пласте с оптимальными ФЕС толщиной 2,5 м, достигнув соотношения длины секции в продуктивном коллекторе к общей протяженности интервала 82% при бурении скважины в Каспийском море
    • 3D technology maps path to avoid waterflooding and target optimal production of mature reservoir
    • Energean uses PeriScope HD and geoVISION Services to Drill Precisely Across Caprock Crest, Prinos North Field
    • Equinor Gains Extra Net Pay Interval, North Sea
    • IriSphere Service Enhances Coring Operations with Real-Time Look-Ahead Capability
    • Mapping While Drilling Improves Geosteering
    • Marcellus Shale Operator Receives At-Surface Formation Evaluation in Near Real Time
    • MEMS Gyro-While-Drilling Sensor Reduces Rig Time and Improves Collision Risk Management in Dense Onshore Well Cluster, Ecuador
    • Multitelemetry Accelerates ROP for Two-Mile Lateral and Reduces Drill Time by 1.36 Days
    • NeoSteer CL System Drills Curve and Lateral Sections in a Single Run Over 2 Days, Maintaining 100% in Zone
    • NeoSteer CLx ABSS Drills Three Sections in One Run, Marcellus
    • Operator Improves Formation Evaluation in Unconventional Shale Using LithoFlex Service, USA
    • Operator Uses Dual-Physics Imaging to Identify Structural Detail While Drilling with OBM
    • Pluspetrol Saves 5.5 Drilling Days and 7.5 Total Days Using NeoSteer CL ABSS
    • PowerDrive Orbit G2 RSS Increases Average DLS by 80% in Fractured and Highly Interbedded Carbonate Reservoir
    • PowerDrive X6 RSS and SonicScope Service Reduce Openhole Kickoff Time by 10 Hours, Labaganskoye Field
    • Real-Time Fluid Logging and Analysis Service Reveals Unexpected Oil Layer, Offshore Malaysia
    • Real-Time Look Ahead While Drilling Eliminates Risk of Unplanned Section and Related Costs
    • Simultaneous, Real-Time NMR T1 and T2 Distributions Enhance Petrophysical Evaluation, Middle East
    • SRC Energy Drills 12 Wells With 1.17 Average Runs per Well, DJ Basin
    • Tecpetrol Optimizes Location of Fracturing Zones and Lateral Placement Using LithoFlex Service
    • YPF Achieved the Longest, Fastest Lateral Section in Nonconventional Vaca Muerta, 10 Days Faster than Offsets
    • 630-bbl/d Oil After Fracture Evaluation of Eagle Ford Carbonate Section
    • Accurately Tracking the Steam Front and Heavy Oil Saturation in a Freshwater Formation, California
    • Advanced Analysis of Magnetic Resonance Finds Laminated Pay, Eagle Ford Shale
    • Aker BP Uses Digitally Connected Service to Improve Well Integrity Evaluation Operations in More than 50 Wells
    • Anisotropic Stress Modeling Reliably Determines Mud Weight to Improve Stability and Reduce Risk
    • Autonomous Milling of Isolation Valve Doubles Production and Eliminates Drillship Requirement
    • Barnett Shale Reservoir Quality Determined by sCore Lithofacies Classification
    • BG Group Successfully Evaluates Foamed Cement Bond in Heavy Oil-Base Mud Environment, North Sea
    • Calibrating Fracture Gradient with Acoustic Radial Profiling Where Leakoff and Minifrac Tests Unavailable
    • Cement Bond Quality Evaluated in 9 5/8-in Casing with Highly Attenuative Heavy Mud, Norway
    • Cement Evaluation Service Guides Efficient Casing Retrieval to Optimize Cut-and-Pull Operation, Offshore Norway
    • CMR-MagniPHI NMR Service Improves Measurement Accuracy to Boost Reserves Estimates, Utica Shale
    • CMR-MagniPHI NMR Service Quantifies Movable Water in Oil-Wet Carbonate for Managing Water Production
    • Combo Logging and Formation Testing Efficiently Identify New Reservoir
    • Complete Cased Hole Unconventional Formation Evaluation in Niobrara Shale Wells in One Run
    • Confirm Cement Integrity Without Zonal Isolation Test
    • Confirm Water Sweep Dimensions and Extent to Guide Injection, UAE
    • Core Points Optimized Using Mineralogy and Total Organic Carbon from Litho Scanner Service
    • DeepLook-CS Crosswell Seismic Imaging Enhances Subsurface Understanding in Mature Oil Field
    • Deepwater GOM Imaging in OBM Reveals Paleotransport Direction of Turbidite Sands
    • Downhole Fluid Analysis Confirms North Sea Reservoir Connectivity for Statoil
    • El despliegue del cable TuffLINE 18000 con una tensión mayor a 10 000 lbf genera un ahorro de USD 5 millones en tiempo de equipo de perforación en aguas profundas
    • Enhanced-Clarity Imaging of High-Resistivity Formation Despite Hypersaline Mud System, Oman
    • Evolved Hole-Cleaning Capabilities on Wireline Avoid 2 Weeks’ Deferred Production and Prevent Workover
    • Finding Bypassed Pay in Complex Channel Sands with Interwell Surveys
    • Fines Generation Controlled To Extract Low-Contamination Fluid Samples
    • FMI-HD Microimager Identifies Vugs and Fractures in High-Resistivity Carbonate, Permian Basin
    • Formation Testing While Tripping Conducts Successful High-Permeability Interval Pressure Transient Testing
    • Four-Phase Production Logging Determines Sand Production Rate for Setting Sand-Free Flow Rate
    • Geomechanics Assessment of Stability Eliminates Second Casing String to Save USD 200,000
    • High Resolution Interwell Survey Optimizes Wyoming Tight-Gas Infill Drilling
    • High-Quality Imaging of Fractures and Vugs in Carbonates Drilled with Oil-Base Mud, Mexico
    • High-Quality Pressure Data, Sample Collection, and Formation Testing in Wide Permeability Range
    • High-Quality Seismic Image Beneath Gas Cloud
    • High-Resolution Crosswell Seismic Imaging Increases Reef Production 300%
    • HPHT Borehole Seismic Survey Below Chalk
    • Identifying Bypassed Producible Gas in a Complex Completion: Dual 3 1/2-in Tubing in 8 1/2-in Wellbore
    • Illuminating Faults Below Overburden Salt in a Complex German Field
    • Image Logging Horizontal Wells Guides Successful Completion Strategy
    • Imaging Core Points and Natural Fractures in Oil-Base Mud Guides Completion Design, Utica Shale
    • InSitu Density Sensor Measurements Identify Fluid Composition and Contacts
    • Interwell Fluid Front Monitoring Optimizes Injection, Oman
    • La probeta Saturn de 9 pulgadas muestrea hidrocarburos casi saturados en un yacimiento laminado no consolidado del Golfo de México
    • Litho Scanner Service in Cased Hole Directly Determines Total Organic Carbon in Unconventional Reservoir
    • Litho Scanner Spectroscopy and CMR-Plus NMR Logging Differentiate Kerogen and Liquid Hydrocarbons
    • LIVE Digital Slickline Services Eliminate Need for Potential Workover
    • Logging Tools Tractor Conveyed 10,700 m in 3½-in ERD Completion to Identify Water Inflow
    • Lundin Norway Efficiently Samples Pure Oil in Fractured Basement Rock
    • Map Turbidite Sand with High-Resolution BARS Imaging
    • MaxPull System Pulls 29,300 lbf to Free Stuck Tester, Saving USD 3,050,000
    • MaxTRAC Tractor Conveyance of VSP in Highly Deviated Cased Hole Saves USD 650,000
    • MaxTRAC Tractor Navigates Restriction for Production Logging a Highly Deviated Well
    • Microfracture Tests Directly Measure Geomechanical Properties in the Avalon Shale, Delaware Basin
    • Mini-DST and Sampling Instead of HPHT Well Test, North Sea
    • Modeling MDT Tester Stresses Guides Barnett Shale Fracturing to Prevent Water Production
    • New NMR Service Maps Complex Eagle Ford Fluid Distributions Without Resistivity-Based Uncertainty
    • One-Run In Situ Stress Testing by Microfracturing Guides Hydraulic Fracturing, Antelope Shale
    • PDO Evaluates Pure Formation Water Acquired from Submillidarcy Carbonate Transition Zone
    • Perforating Design Using Sonic Scanner Platform's Acoustic Data Reduces Skin by >60%, Colombia
    • Perforating Heavy-Wall Pipe in a Horizontal Well, Offshore Norway
    • Perforation Placement Optimized by Verifying Centralization in 22-in Casing with Heavy Mud
    • Pressure Measurement, Downhole Fluid Analysis, and Sampling in Extremely Tight Deepwater Reservoir
    • Pressure Measurements and Fluid Sampling Find Low-Permeability Laminated Pay, Offshore Australia
    • PressureXpress-HT Service's Pretesting Provides Pressure Profile at Temperatures Above 320 degF
    • Previously Inaccessible Lateral Logged by Cutting Friction with Smooth-Jacketed Wireline
    • Producible Hydrocarbons Identified in Low-Resistivity Reservoir by Combining Litho Scanner Service and NMR
    • PTTEP Gas Lift Straddle Conversion Restores Oil Production for Mature Well
    • Pulsar Multifunction Spectroscopy Logging Differentiates Gas and Tight Zones in Cased Well
    • Radial NMR Differentiates Condensate from Light Oil in North Sea Well
    • Reperforating on TuffTRAC Tractor Increases Injectivity up to 300%
    • Reperforating with LIVE Perf Services Returns Shut-In Wells on Mediterranean Platform to 3,700-bbl/d Oil
    • Replacing an Entire Openhole Logging Program for Shale Gas Reservoir with One Cased Hole Tool
    • ReSOLVE Service on UltraTRAC Tractor Recovers 71-ft Gun String and Partially Set Plug from 19,328 ft
    • ReSOLVE Service's Universal Shifting Tool Opens 10 Sliding Sleeves in Two Runs
    • Rt Scanner Service's Dip Information Used To Follow Turbidite Sand Channels
    • Saturn 3D Probe Confirms Mobile Oil in Low-Permeability Sakhalin Reservoir at 85% Water Saturation
    • Saturn 3D Radial Probe Samples Fluids from Tight Formations, Gulf of Thailand
    • Saturn 3D Radial Probe Successfully Samples Fluid by Preventing Unconsolidated Reservoir Plugging
    • Saturn 9-in Probe Samples Near-Saturation Hydrocarbon
    • Saturn Probe Delineates Contact in 12¼-in Wellbore in Low-Permeability Presalt Carbonate
    • Slim Cased Hole Lithology and Anisotropic Mechanical Properties with One Toolstring, West Texas
    • Solve for Three Fluid Phases to Identify Fluid Entry
    • Stand-Alone Cased Hole Logging Accurately Distinguishes New Gas Pay from Tight Zones
    • Statoil Evaluates Cement Placement and Bond in Casing Diameters from 13 3/8 to 20 in
    • Successful Permeability Measurement and Fluid Sampling in 0.1-mD/cP Mobility, Deepwater Angola
    • SureLOC 12000 Release Reduces Fishing Frequency in HPHT Reservoirs, Gulf of Thailand
    • Talos Energy Determines Cross-Fault Connectivity Using Real-Time Insights from Wireline Formation Testing Platform
    • Talos Energy Proves Zama Field Connectivity with Fluid Samples Obtained via Controlled Low-Pressure Drawdown
    • ThruBit Services and UltraTRAC Tractor-Conveyed Imaging Save 24 h and USD 40,000 per Well
    • Tight Rock Analysis of Shale Sidewall Cores from XL-Rock Rotary Sidewall Coring Service
    • Total Organic Carbon of Unconventional Reservoirs from Litho Scanner Direct Measurements
    • TuffLINE 18000 Cable Deployment at 10,000-lbf Tension Saves USD 5 Million of Deepwater Rig Time
    • TuffTRAC iX Tractor Conveys Pulsar Spectroscopy Service over 9,500 m to Log Deviated 3½-in Tubing, Malaysia
    • TuffTRAC iX Tractors Conquer 8,000-m MD with Last 3,200 m at up to 94° Inclination to Halve Logging Time
    • TuffTRAC iX Tractors Convey Selective Perforating Guns in Two >13,000-ft Runs in Complicated Well, Qatar
    • UltraTRAC Tractor Conveys FMI Imager in One-Third of the Time Required for Drillpipe Logging
    • Water-Alternating-Gas Saturation Monitoring in a Single Cased Hole Logging Run, Abu Dhabi
    • WellSKATE Conveyance Accessories Decrease Probe Seal Failures by 90%, West Africa
    • Wireline Formation Testing in High-Overbalance Well Guides Reservoir Management Decisions, Deepwater Gulf of Mexico
    • Wireline Imaging and Minifrac Testing Provide Integrated Caprock Stress Analysis, Athabasca Oil Sands
    • Quick and Seamless Transition to Digitally Connected Operations Enables New Drilling Record
    • Digitally Connected Service Drives Project Value and Reduces Wellsite Footprint in Deepwater GOM
    • Field Studies Guide PEMEX Burgos Basin Natural Gas Drilling Project
    • El Segmento Integrated Services de Schlumberger Maneja un Proyecto de Pozo de Exploración para Tullow
    • 14-Plug Drill-out Validates Ability of 15K AutoChoke to Respond to Pressure, Flow Rate Changes: Texas
    • Trinidad: MUDSOLV NG Successfully Used as an Open Hole Gravel Pack Carrier Fluid in a Gas Producer
    • The CARBONTRACKER Gas Metering System—a new way for real time reservoir characterization while drilling underbalanced
    • 518 HV CENTRIFUGE Replaces the Operation of Two Standard 518 CENTRIFUGES
    • California Boring Reduces Waste by 32% Using Enhanced Fluid Recycling
    • CLEAN-LUBE Lubricant Decreases Torque by 30% in Extended-Reach Offshore Well
    • Small-Footprint Solution Helps Atwood Oceanics Reduce Average ROC to 1.77%
    • Pakistan: Conqor 404 Prevents Severe Drill Pipe Corrosion in Deep Well
    • CRI Technology Helps Meet Zero Discharge Policy and High Environmental Standards
    • DEWATERING Unit Used as the First Part of the Waste Minimization Initiative in Russia
    • Reservoir Drill-In and Filtercake Breaker Systems Deliver Trouble-Free Completion, Cornegliano Field
    • Significant Reduction of Ultrafines in Synthetic-Based Mud Leads to Successful Mud Recovery
    • Organophilic Water-Based Reservoir Drill-In Fluid System Quadruples Production, Middle East
    • The FLOTHRU Reservoir Drill-In System Shows Excellent Results When Drilling Sidetracks in West Siberia, Russia
    • Quick-Acting FORM-A-BLOK Pill Slurry Remedies Severe Lost Circulation in Horizontal Wells
    • FORM-A-SQUEEZE LC Plug Minimizes Mud Losses
    • Grande-Seal Particulates Eliminate Need to Run Deepwater Expandable Liner
    • La Grasa para Varillas de Perforación ROD COAT L 1000 Genera un Ahorro del 29% en Costos Asociados con la Reaplicación de Grasa en la Región Central de México
    • HydraGlyde Drilling Fluid System Improves ROP 16% by Reducing Torque in Challenging Wolfcamp Shale
    • El Sistema de Fluido de Perforación HydraGlyde Mejora la ROP en un 21% y Reduce el Torque en un 22% en la Desafiante Lutita Wolfcamp
    • Continental Resources Cuts Mud Costs 40% While Drilling in Reactive, High-Temperature Formation
    • HydraGlyde Drilling Fluid System Improves ROP 16% by Reducing Torque in Challenging Wolfcamp Shale
    • Operator uses HydraGlyde and MPD Systems to Mitigate Swelling and Lost Circulation, Siberia Ridge
    • KLA-SHIELD Muestra Buen Desempeño en Pozos Difíciles de Ecuador
    • Nuevo Tratamiento de Inhibición de Asfaltenos Ahorra a un Operador US$ 4.9 Millones
    • Managed Pressure Drilling Reduces Mud Losses 83%, Increases Production 60% in Carbonate Formation
    • Proactive Managed Pressure Drilling (MPD) by @balance Services Minimizes Fluid Losses and Avoids Deferred Production in Active Water-flooded Field in Colombia
    • Automated MPD System: Operator Avoids Hazards While Drilling Narrow Pressure Window in Gulf of Mexico
    • Deepest MPD HPHT Well Drilled in Offshore Malaysia
    • Operator Achieves 100% Gravel-Pack Completion Efficiency and Improves Productivity Index by 30%
    • RheGuard Fluid System Improves ROP in 2,472-m, High-Angle Interval Offshore Norway
    • EnduraDril Fluid Improves ROP and Reduces Drilling Hours by 25%, Bakken
    • DRILPLEX mud system allows drilling 311.1mm section without lost circulation in record-breaking time
    • Real-Time Downhole Performance Measurement Software Optimized Operational Timing and Control in Ecuador
    • SEAL-N-PEEL pills ensure absence of fluid losses during workover operations and provides previously unattainable productivity of the well after it was killed.
    • SILDRIL – Solution to Bit Balling in the GLYDRIL System
    • Successful Application of ULTRADRIL High Performance Water Based Mud (HPWBM) with POROSEAL mitigates problematic Nahr Umr Shale in 8 1/2-in. interval, Offshore Abu Dhabi
    • SWITCHBACK SCRAPER Tool and MAGNOGARD Magnet Save 28 h, USD 408,000 in Azerbaijan Well
    • SWITCHBACK SCRAPER Tool and MAGNOSTAR Magnets Save 30 Hours and USD 525,000, North Sea
    • Systematic Application of KI-3878 Corrosion Inhibitor Mitigates Corrosion in Flowline and Production String
    • Torrential Unit Increases Filtration Efficiency by 47% and Extends Online Filtration Time More Than 200%
    • Troublesome Formation Offshore Vietnam is No Match for ULTRADRIL Mud System
    • ULTRADRIL with POROSEAL
    • VERSAPAC Pill Controls Lost Circulation and Allows Successful Drilling to TD in North Sea Well
    • VERTI – G configuration slashes costs, losses of VERSACLEAN fluid
    • WARP Fluids Technology Addresses ERD Challenges Offshore Eastern Canada
    • Well Commander Successfully Activated with Flapper Valve to Stop Losses
    • WELL COMMANDER valve controls mud losses, saves Brazil operator $1 million
    • WELL COMMISSIONER Makes Drilling Cement, Shoe Tack on Inflow Test Run Routine in Saudi Arabia
    • XR Screens Outlast and Outperform TBC Screens
    • Marked Improvement in H2S Scavenging, Oil Production, Separation, and Discharge Water Quality Experienced Multifunctional
    • D500 Flat Panel Composite Reduces Screen Replacements 60% Vs. Competitor’s OEM in Southwest Oklahoma
    • D500 Flat Panel Composite Shows Superior Life and Performance Efficiency, South Texas
    • DURAFLO Screens Prove Worth as Viable Replacements for Axiom Screens, Angola
    • DURAFLO Screens Help Shed the Pounds Off of the Competitor Shaker, Brazil
    • LSU Yard Tests Verify Third-Party Communication Capability of LPAC
    • Lab Tests Verify LPAC as Viable Choke System for MPD/UBD
    • Texas: LPAC saves $1 million in UBD application
    • One MD-3 Shaker Outshines 3 in Successful South America Debut, Brazil
    • MD-3 Shaker Technology Helps Reduce Drilling Fluid Losses by Over 75%, Mexico
    • MD-3 Triple-Deck Shaker Completes Field Trial, Holland
    • Efficient Recovery of Loss Prevention Materials by MD-3 Shaker Results in Reduced Treatment Cost
    • MD-3 Shakers Enable LCM Recovery to Maintain High Concentrations While Drilling with Solids Control, Norway
    • MD-3 Shale Shakers Save 7 Days, USD 1,680,000 per Job on Remote Rig in North Slope, Alaska
    • MD-3 Shaker Exhibits Superior Performance in South Louisiana
    • MEERKAT shaker demonstrates effective solids removal in California
    • Managed Pressure Drilling and Real-Time Produced Gas Measurement Using CARBONTRACKER Gas Meter, Thailand
    • Deepest Managed Pressure Drilling (MPD) HPHT well drilled in Offshore Malaysia with @balance Services
    • Woodford Shale, Oklahoma: Managed Pressure Drilling (MPD) system by @balance Services enables completion of well with narrow operating window
    • Operator Eliminates Losses while Drilling with Casing and Cementing in Depleted Onshore Field
    • Operator Increases Drilling Rate and Efficiency in Horizontal Development Project in Gulf of Thailand
    • Operator Extends Development of Mature Deepwater GOM Field and Reduces Drilling Cost
    • Managed Pressure Drilling (MPD) techniques by @balance Services and VIRTUAL HYDRAULICS modeling are utilized to control abnormal pressures while drilling fractured production zone
    • CLEAR Service Identifies and Mitigates Wellbore Instability
    • Integrated Drilling Approach Achieves Single-Run Lateral to Save 2.5 Days and USD 148,000 off AFE
    • Operator Saves 16 Rig Hours and USD 194,000 Using CLEAR Service
    • Remote Monitoring Enables Critical Drilling Surveillance on Platform with Limited Space
    • Advanced Media Filter Technology Recovers 98% of Oil Content from Heavily Emulsified Produced Water
    • High-Efficiency Separator Internals Reduce Liquid Carryover 99.89% and Increase Capacity 50%
    • Equinor Manages 100% Rise in Troll Field Gas Production Using CONSEPT IVD Diffusers in Scrubber Vessels
    • Petronas Gas Plant Reduces Costs with Dual-Core Acid Gas Removal Membranes
    • Advanced EPCON Dual Compact Flotation Unit Improves Produced Water Treatment by 27%
    • EPCON CFU Compact Flotation Unit Technology Achieves Successful Oil-in-Water Separation, Oman
    • Early Production Facility Enables Building Remote Facility for Gente Oil Ecuador in 11 Months
    • Available-On-Demand Facility Enables Reaching First Production in Less Than 5 Months, Indonesia
    • Early Production Facility Enables Delivering First Oil from Remote Greenfield in 9 Months
    • THIOPAQ O&G Technology Reaps Rewards from Sour Casinghead Gas Stream
    • Proactive Diagnosis of Damaged USD 1 Part on Desalter Power Unit Saves Processing Facility Millions
    • West Texas Infill Wells Achieve Oil Production Comparable to Offset Parent Well
    • Fulcrum Technology Increases Liquids Production up to 41% in the Permian Basin
    • Fulcrum Technology Improves Cement Bond Index by 55% in Horizontal Wells, Permian Basin
    • Integrated Completion with ShalePrime Service Raises Oil Production by 70% for Manti Tarka Permian
    • Lime Rock Resources Saves USD 500,000 After Preventing Frac Hits Among Parent-Child Wells
    • BHP Billiton Uses Ballistic Delay Fuse
    • Remote Offshore Well Recompleted from a Small Unmanned Platform
    • Custom-Designed TCP System Maximizes Productivity of 12 HPHT Development Wells with No Lost Time
    • Perforating System Improves Efficiency and Reduces Risk in Ultrahigh-Pressure Deepwater Well
    • LIVE Perf Service Identifies and Adjusts for Error in Well Sketch for Successful Perforation
    • Optimized Stressed-Rock Penetration Improves Field Productivity up to 23% in Southern Mexico
    • PERF Researchers Determine Key Mechanism Driving Sandstone Acidizing Performance in GOM Field
    • ENAP–SIPEC Exceeds Production Estimate by 278% and Achieves –3.8 Skin, Ecuador
    • Petrobras Perforates 6,172-m High-Pressure Reservoir
    • Multistage Perforation Enables 300% Production Increase in an Ultradeep HPHT Gas Well
    • Engineered Perforating System Boosts Productivity Across 6,200 ft in Offshore HPHT Gas Condensate Wells
    • Extreme Overbalance Perforating Maximizes Water Injectivity for Pilot Well in Middle East
    • Offshore Well Tests Save Lukoil 4 days’ Rig Time, USD 1.6 Million
    • Postperforation Propellent Pulse Doubles Production Rates
    • Presalt Perforating Using XR-Perf System with TuffLINE Cable Saves 30 Hours of Rig Time, Brazil
    • Dynamic Underbalance Perforating Technique Doubles Productivity Index for Sinopec
    • PURE Perforating System Doubles Productivity in Offshore Wells
    • Fit-For-Purpose Tubing-Conveyed Perforating Technique Increases Well Production by 250%
    • Ballistic Time-Delay Fuse Enables Single-Run Tubing-Conveyed Perforating and Cleanup Operations, Ecuador
    • Un Fusible Balístico de Acción Retardada Posibilita las Operaciones de Limpieza y Disparos con Pistolas Bajadas con la Tubería de Producción en Ecuador
    • Bapetco Streamlines Perforating Operations with Plug-In Tempo Gun System, Western Desert
    • North Sea Operator Efficiently Perforates Total 900-ft Interval in Six Tractored Wireline Runs, UK North Sea
    • Integrated Perforating Design Shoots 3,000-ft Interval of High-H2S Carbonate Formation in Single Run
    • Dynamic Underbalance Perforating System Helps Exceed Injectivity Estimate by 6,000 bbl/d
    • XR-Perf System Deploys Extreme-Length Gun String to Perforate 393-ft Interval in Two Runs
    • Shell Removes 900-ft Parted Wireline and Toolstring from North Sea Well, UK
    • Digital Pulsed Neutron on Slickline Provides Real-Time Oil Saturation, Saving at Least One Day per Well
    • Kuwait Oil Company Restores Oil Production to 800 bbl/d Using Digital-Slickline-Conveyed Straddle System
    • Slickline-Deployed Plug Isolates Damage to Avoid Workover
    • Mechanical Scale Removal Saves USD 250,000
    • Retrievable Bridge Plug Enables Proper Tubing Cut and Saves 4 Rig Days, Congo
    • WIReD Release Devices Enable Using Wireline Perforating to Save USD 1.3 Million, North Sea
    • D-Set Setting Tool and DSL Digital Slickline Cable Set Large-Bore Gauge Hanger in Monobore Well
    • Live Downhole Reservoir Testing Determines Potential of a Zone Without Mechanical Intervention, Saving Rig Time
    • 3D Far-Field Sonic Service Fills in Image Resolution Gaps to Improve Geological Modeling and Formation Evaluation
    • 3D Far-Field Sonic Service Maps Fractures Deep into the Reservoir to Optimize Completion Design
    • 3D Far-Field Sonic Service Identifies Fracture Intervals
    • Fiber Optics Simultaneously Records 3D VSPs in Four Wells, Reducing Acquisition Time by 88 Days
    • Fiber-Optic Borehole Seismic Solution Acquires Multiple High- Quality VSPs in Vertical Well with 92.5% Higher Efficiency
    • Fiber-Optic Borehole Seismic Solution Records VSP in Less Than 30 min During Formation Testing
    • Dense Zero-Offset and Walkaway VSP Data Acquired in Minutes in Vertical Deepwater Well
    • optiq-tuffline-generic-offshore-uk-cs
    • KOC Improves Characterization of Depleted Reservoir
    • Denison Gas Uses Wellsite Digital Sonic Data to Optimize Stimulation and Field Development Strategy
    • Introduction of ResFlow ICDs Transitions Wells from 100% Water Production to 70% Oil Production
    • Operator Eliminates Sand Production in Complex Reservoir and Saves 5 Days of Rig Time per Well
    • QUANTUM MAX Packer Helps BP Increase Gas Production by 45%
    • Record Gravel-Pack Interval Saves USD 60 Million by Reducing Well Count, North Sea
    • ResFlow ICDs in Horizontal Openhole Wells Optimize Production in Thin Oil-Rim Reservoir
    • ResFlow Inflow Control Device and Other Schlumberger Solutions Revive Production from Aging Safanyia Oilfield
    • ResFlow Inflow Control Devices and MudSOLV Service Dissolve Mudcake and Restart Flow
    • Sand Control Achieves 124% Gravel-Pack Efficiency in Russia
    • SandAid Technology Treats Unconsolidated Sands to Deliver 3.5-MMcf/d Sand-Free Gas for Total
    • Single-Trip Perforating and Frac-Packing Completion Saves 1.5 Rig Days
    • Surging and Gravel Packing Technique Improves Packing and Well Performance
    • Three-Zone Completion Increases Recoverable Gas Reserves and Production in Indonesia Subsea Project
    • Total E&P Angola Saves More Than USD 100 Million and Gains an Estimated 1,000,000 BOE of Incremental Production
    • DISCover Technique Records Data Below Normal Seismic Bandwidth
    • Fiber-Optic Borehole Seismic Solution Records VSP Using Cemented Fibers in Well Completions
    • Borehole Seismic Surveys Using Optical Fiber Slash 3 1/2-Hour Acquisition Time to 3 1/2 Minutes
    • Sichuan Geophysical Company Achieves Record Explosives Production in China Seismic Survey
    • Integrated Seismic Solution Delivers Unparalleled Imaging of Complex Strata for Crescent Petroleum
    • Improved Seismic Data Enhances Lateral Completion Design Quality in Texas
    • INK-Services Drills Longest Lateral in Eastern Siberia Using Integrated BHA, Irkutsk
    • Apache Schlumberger Team Reduces NPT in North Sea Field
    • Managed Services Agreement Improves Efficiency of Field Data Management System for Bayerngas Norge
    • PEMEX Implements Nationwide Pipeline Surveillance System Using Avocet Platform
    • BreitBurn Standardizes Oil and Gas Field Data Capture and Production Methodology
    • Modeling of Regional Aquifer Determines Solution to Abnormal Pressure Behavior in Kuwait Oil Reservoir
    • AMAPETCO Optimizes Subsea Flow Assurance with PIPESIM Modeling
    • cs-avocet-iam-gazprom
    • Gazprom dobycha Nadym responde al desafío de las demandas mundiales de gas
    • KOC Achieves Fast and Accurate Production Allocation Reporting Using Avocet Platform
    • PEMEX Uses Integrated Asset Models to Improve Production Forecasting
    • BG-Group Australia Optimizes Business Process and Regulatory Requirements for Major Assets
    • BP Saves 12 Days of Downtime and 6,000-m3 Diesel Managing Deepwater Pipeline with the OLGA Simulator
    • Dolphin Improves Pipeline Management with OLGA Online System and Managed Services
    • Collaborative Environment Enables DS Servicios Petroleros to Drive Data Management Efficiencies
    • IOCL Identifies Improvement in Gas Recovery Using Dynamic Modeling in Mamuniyat Reservoir
    • Pengrowth Optimizes Well Design and Placement for Maximum Heavy Oil Recovery
    • Eni Deploys High-Resolution Reservoir Simulator Across Complex Global Assets
    • RWE Dea Streamlines Asset Data Management with eSearch Software Implementation
    • Streamline Simulation Handles Larger Models, Faster
    • PEMEX Optimizes Crude Oil Export Quality with Combined Solution
    • PetroMod Software Central to Renewed Komombo Development
    • World Natural Gas Leader Improves Data Management with New Workflows
    • KOC Seismic Data Management System Drives Productivity
    • Combined Solution Methodology Aids Statoil with Subsea Tieback Design
    • VBM Algorithm Defines Complex Structures
    • Petrel Guru Standardizes and Automates Quality Check and Reporting Procedures for 3D Models
    • Kinetix Stimulation-to-Production Software Increases Productivity by 40% in Eagle Ford Shale
    • Flujos de trabajo para la geomecánica y optimización de la perforación mejoran las campañas de perforación de pozos horizontales en Perú
    • Major international operator uses well barrier schematic workflows
    • Real-Time Imaging and Dip Interpretation Improve Drilling Accuracy
    • SLB helps Equinor drill its longest well ever in the Gulf of Mexico
    • SNPC Integrates Seismic and Well Data Sources for Fast, Secure Access
    • SNPC Improves Data Delivery with ProSource Front Office
    • Severneftegazprom Reduces Operating Expenses by Using PIPESIM Software
    • ONGC Improves Field Simulation Runtime by 20 Times Using the INTERSECT High-Resolution Simulator
    • Staatsolie Optimizes Pipeline Network Management with PIPESIM Software
    • Studio E&P Knowledge Environment Drives Productivity at TPAO
    • Optimizing Gas Plant Performance with the Symmetry Process Software Platform
    • The Beginning of a New Digital Era in the Middle East
    • Cut Multistage Fracturing Time by 15 Days
    • First Application of AbrasiFRAC Service in Colombia Fractures Multiple Zones in a Single Well Intervention
    • La Primera Aplicación de AbrasiFRAC en Colombia Fractura Múltiples Zonas en una Sola Intervención
    • AbrasiFRAC Technology Saves USD 750,000 in Completion Costs
    • La tecnología AbrasiFRAC permite ahorrar US$ 750,000 en costos de completación
    • AllSeal Service with Particulate Gel Shuts Off Water Production Without Leaks, Iraq
    • BroadBand Services’ Composite Fracturing Fluid Enables 64% Increase in Oil Production
    • BroadBand Services’ Composite Fracturing Fluid Improves Production 62% from Thick Shale
    • BroadBand Precision Service Saves 10 Days on 20-Zone Completion for Gazpromneft-Yamal
    • BroadBand Precision Service Reduces Stimulation Time by 64% for RITEK-Beloyarskneft
    • BroadBand Sequence Service Boosts Production and Efficiency for Apache Corporation in the Anadarko Basin
    • BroadBand Sequence Service Enables Successful Fracturing of Openhole Section
    • Comstock Uses BroadBand Sequence Service to Increase Gas Rate 700% in Haynesville Shale Well
    • BroadBand Sequence Service Reduces Completion Time by 46% for Plug-and-Perf Operations, Eagle Ford
    • BroadBand Sequence Service Delivers 21% Increase in Productivity in the Eagle Ford
    • BroadBand Sequence Service Increases Productivity Index More Than 600% in Refractured Shale Well
    • La Técnica BroadBand Sequence Incrementa el Índice de Productividad en Más del 600% de un Pozo Refracturado
    • BroadBand Sequence Service Temporarily Isolates Natural Fractures for Complete Wellbore Coverage
    • BroadBand Sequence Service Stimulates Wells with 50% Less Diverter Material, Bakken Shale
    • BroadBand Sequence Service Enables Addition of New Gas Reserves in the Burgos Basin, Mexico
    • El Servicio BroadBand Sequence Posibilita la Incorporación de Nuevas Reservas de Gas en la Cuenca de Burgos en México
    • BroadBand Sequence Service Stimulates Well with Damaged Openhole Completion, Canada
    • Clayton Williams Uses BroadBand Sequence Service to Stimulate 2,500-ft Lateral Despite Casing Leak
    • BroadBand Sequence Service Contributes 42% of Total Oil Production in Well for Whiting Petroleum
    • BroadBand Sequence Fracturing Service Increases Production 42% in Wolfcamp Shale
    • BroadBand Shield Service Improves Production by 12% in Infill Well and 5% in Parent Well
    • Polymer-Free Fracturing Fluid Successful in Tight Gas Sands
    • Time to Sales Reduced by 15 Hours
    • Maximize Production & Lower Costs in Shallow Gas Wells
    • DeepSTIM Pronto Sand Control Treatment Achieves Zero NPT
    • DualSTIM Service Increases Oil Production 300 bbl/d Per Well in Previously Uneconomic Wells
    • El Servicio DualSTIM Incrementa la Producción de Petróleo en 300 bbl/d por Pozo en Pozos Previamente Antieconómicos
    • Fiber-Based Fracturing Technology Bests Slickwater Treatment
    • Fiber-Based Fracturing Technology Boosts Gas Production
    • Reduce Water Cut, Increase Production with Foam-Based Fracturing Fluid
    • Reduzca el Corte de Agua, Incremente la Producción con un Fluido de Fracturamiento a Base de Espuma
    • FoamMAT Service Helps Operator Increase Production 440% in Depleted Russian Wells
    • Технология FoamMAT помогает компании-оператору увеличить добычу истощенных скважин на 440%
    • Petroamazonas Triples Oil Production and Reduces Water Cut by 15% Despite Close Proximity of Aquifer
    • Petroamazonas Triplica La Producción De Petróleo Y Reduce El Corte De Agua En Un 15% A Pesar De La Gran Proximidad De Un Acuífero
    • Oil Production Increased by 230% and Water Cut Controlled by Stimulation Using FracCON Fluid
    • Incremento de la Producción de Petróleo del 230% y Control del Corte de Agua con un Tratamiento de Estimulación que Utiliza el Fluido FracCON
    • Engineered Hydraulic Stimulation Increases 60-Day Oil Production by More Than 25,000 bbl
    • Una Estimulación Hidráulica Óptimamente Diseñada Incrementa La Producción De Petróleo Durante 60 Días En Más De 25 000 bbl
    • Produced Water for Well Treatment Fluids
    • El agua producida se utiliza en los fluidos de tratamiento de pozos
    • Colorado Operator Raises Codell Production with Cementing
    • Operator Produces 19,000 bbl More Early Oil by Improving Cementing
    • Cementing Change Increases Oil by 16%, Gas by 37% in NM
    • Colorado Operator Raises Niobrara Production with Cementing
    • Montage Resources Improves Zonal Isolation and Cement Bonds
    • Permian Operator Gains 13% Fluid Production with Better Isolation
    • Increasing Average Initial Well Production by 53% in Argentina
    • Incremento de la producción inicial promedio en un 53% en la Argentina
    • Increasing EUR by 47% for YPF, S.A.
    • Incremento de la recuperación final estimada (RFE ) del 47% para YPF S.A.
    • Channel Fracturing Gives Encana 24% More Gas Production
    • La técnica de fracturamiento por canales de flujo entrega a Encana un 24% más de producción de gas
    • Operator Uses HiWAY Technique to Increase Production 36% with Less Water and Proppant
    • HiWAY Technique Increases Production by 38%, Requires 32% Less Water and 37% Less Proppant
    • La técnica HiWAY incrementa un 38% la producción, requiere un 32% menos de agua y un 37% menos de apuntalante
    • HiWAY Technique Brings Record Production of 500 bbl/d in Egypt Well
    • Unique Stimulation Combination Increases Long-Term Production 199% in Western Egyptian Desert
    • Channel Fracturing Increases Production by 37% for Petrohawk in the Eagle Ford Shale
    • El fracturamiento por canales de flujo incrementa la producción 37% para Petrohawk en la lutita Eagle Ford
    • Haynesville Operator Cuts Proppant Consumption 47%, Horsepower 16%, and Water Usage 26%
    • Un Operador de la lutita Haynesville reduce el consumo de apuntalantes un 47%, el de Potencia un 16% y el de Agua un 26%
    • HiWAY Technique Increases Condensate Production by 43% in the Eagle Ford Shale
    • La técnica HiWAY incrementa en un 43% la producción de condensado en la lutita Eagle Ford
    • IHSA Increases Sustained Production up to 132%
    • IHSA incrementa la producción sostenida hasta en 132%
    • PEMEX Increases Tight Gas Production 32% While Reducing Operational Footprint
    • PEMEX incrementa la producción de gas de yacimientos en arenas compactas en un 32% a la vez que reduce la huella operacional
    • HiWAY Technique Increases Initial Gas Production Rate by 500%, Reduces Water Volumes By 20%
    • HiWAY Technique Doubles Production and Improves Efficiency in Tight Wells for PPL
    • Increasing 2-Year Cumulative Gas Production by 29% in Argentina
    • Incremento de la producción acumulada de gas del 29% en la Argentina al cabo de dos años
    • HiWAY Technique and Rod-Shaped Proppant Increase Fracturing Efficiency 99% in Depleted Formations
    • HiWAY Channel Fracturing Exceeds Production Predictions by 44%, Eliminates Screenouts
    • PEMEX Increases Oil Production by 380% During First Application of HiWAY Technique, Mexico
    • PEMEX incrementa la producción de petróleo en un 380% durante la primera aplicación de la técnica HiWAY en México
    • Williston Basin Operator Produces 26% More Oil with HiWAY Channel Fracturing Service
    • Un operador de la cuenca Williston produce 26% más de petróleo con la técnica de fracturamiento basada en canales de flujo HiWAY
    • Integrated Stimulation Strategy Identifies Savings of USD 734,000 Per Well in the Wolfbone Play
    • Milling 1,500 ft of Existing Cement Casing Saves USD 340,000 in Intervention Costs
    • Kinetix Stimulation-to-Production Software Increases Production by 40% in Eagle Ford Shale
    • PetroChina Changqing Increases Initial Well Production Three-Fold in the Ordos Basin
    • Mangrove Stimulation Design and HiWAY Technique Increase Oil Production by More Than 200 bbl/d
    • Mangrove Stimulation Design Boosts Production to Top 30 Percentile
    • Lateral Well Measurements Increase Average Production by 200–300% Per Stage in the Niobrara
    • Mangrove Engineered Stimulation Design Increases Tight Oil Production Eightfold for PetroChina
    • PDC Mountaineer Improves Production More Than 50% With Optimized Completion Designs
    • PDC Mountaineer mejora la productividad más del 50% con diseños de terminaciones optimizadas
    • Engineered Completion Design Increases Reservoir Contact and Productivity in the Wolfcamp Shale
    • Mangrove Design Software Increases Total Stimulated Volume 25% in Marcellus Shale
    • El software de diseño Mangrove incrementa un 25% el volumen estimulado total en la lutita Marcellus
    • Mangrove Stimulation Design Defines Geomechanical Characteristics in Unconventional Reservoir
    • 3D Structural and Properties Modeling Using Limited Datasets Leads to Optimized Completion Design
    • El modelado de las propiedades y de la estructura en 3D que utiliza conjuntos de datos limitados, conduce a un diseño optimizado de terminación de pozos
    • MaxC03 Acid System Helps Nonproductive Well Achieve Sustained Production of m3/d
    • El sistema MaxCO3 Acid ayuda a un pozo no productivo a lograr una producción sostenida de 175 m3/d
    • Production Increase of 1,010 m3/d with MaxCO3 Acid System and SXE Acid
    • Sundance Energy Saves USD 500,000 with 60% More Stages per Day in Simultaneous Fracturing Operations
    • North Sea Operator Doubles Injection Rate After Efficient Diversion Stimulation of Long, Ultralow-Temperature Interval
    • Fulcrum Technology Delivers 100% Isolation for 102 Fracturing Stages in Oklahoma
    • Incremento de la Producción de 1 010 m3/d con los Sistemas de Ácidos MaxCO3 Acid y SXE
    • Fracturamiento Hidráulico con MaxCO3 Acid para un Incremento de la Producción del 500%
    • PEMEX Utiliza el Sistema MaxCO3 Acid para Incrementar la Producción Sostenida de Petróleo en un 700%
    • Tratamiento matricial para una estimulación eficiente en el campo Norte de Qatar
    • El Fluido de Tratamiento NARS Elimina el Daño de un Yacimiento Dolomítico y Obtiene 450 bbl/d Adicionales
    • Un operador del sur de México Triplica la Producción de un Pozo Utilizando el Fluido de Tratamiento NARS a Base de Agentes Quelantes
    • Un Operador de Bolivia Salva un Pozo en un Yacimiento de Arenisca no Consolidada con Alto Corte de Agua
    • Incremento Significativo de la Producción de Petróleo en un Tramo Lateral Terminado a Pozo Abierto en Ecuador
    • El Divergente OilMAX Genera un Ahorro de USD 7,4 Millones en Costos Operativos a un Operador de México
    • Complete Zonal Coverage and Less Water Production in Colombia
    • Cobertura Zonal Completa y Menos Producción de Agua en Colombia
    • Incremento de la Producción de Petróleo Sin Incrementar el Corte de Agua en Ecuador
    • Matrix Acidizing in Russian Gas and Condensate Field
    • Tratamiento de Acidificación Matricial en un Campo de Gas y Condensado de Rusia
    • Un Operador de Bolivia Utiliza un Sistema Ácido de Alto Desempeño para Incrementar la Producción de un Pozo Maduro en un 400%
    • Un Tratamiento de Acidificación Matricial Ayuda a PEMEX a Incrementar la Producción de Petróleo un 45% y a Obtener USD 134 000 por Día
    • Operator Increases Production by More Than 100 bbl/d After Pumping OneSTEP GP Fluid Through ESP
    • Un Operador Incrementa la Producción En Más De 100 bbl/d Después De Bombear El Fluido OneSTEP GP A Través De Una Bomba Eléctrica Sumergible (ESP)
    • Innovative Shale Stabilizer Treatment for Gravel-Pack Completions in Italy
    • OpenPath Reach Service Saves USD 180,000 on Offshore Acid Stimulation for Middle East Operator
    • OpenPath Sequence Service Raises Disposal Well Injectivity More Than 800% for Lukoil-NVN
    • Incremento de la producción del 200% en un campo maduro
    • Multistage Stimulation Treatments Save Costs, Gas-to-Market Time
    • Los tratamientos de estimulación de múltiples etapas permiten ahorrar costos y reducir el tiempo de la puesta de la producción en el mercado
    • Eliminating Composite Plugs Reduces Gas-to-Sales Time
    • La eliminación de tapones compuestos reduce el tiempo para conectar el pozo a producción
    • La tecnología PerfFRAC reduce los costos de completación en pozos de Chevron en un 10%
    • PerfFRAC Technology Saves Completion Time and Money in Hosston Formation
    • La tecnología PerfFRAC permite ahorrar tiempo de completación y dinero en la Formación Hosston
    • Un Particular Tratamiento del Agua Producida Genera Ahorros Significativos para el Operador
    • PROTECTOZONE VP Temporary Zonal Isolation Minimizes Reservoir Damage and Eliminates Fluid Losses for PetroEcuador
    • El tratamiento de aislamiento zonal temporario PROTECTOZONE VP minimiza el daño de formación
    • Refracturing with BroadBand Sequence Service Increases Oil Production 212% for Slavneft
    • ScaleMAT Inhibitor, Combined with Matrix Stimulation, Increases Stable Oil Production by 60%
    • El inhibidor ScaleMAT, junto a una estimulación matricial, incrementa la producción estable de petróleo en un 60%
    • Improve Production With Optimum Fracture Design in Real Time
    • Pozo de PEMEX Excede las Expectativas en un 162%
    • Improved Production from Tight, Fractured Carbonates
    • Restore Continuous Production
    • Oil Production Increases by 238% in Chevron's Tengiz Field
    • Viscous Slickwater Replaces Hybrid Gelled Fluid to Improve Production by 35%, Osage Formation
    • Perforating with Water Control Boosts Production 1,470%
    • Control de Agua y Disparos Incrementan la Producción 1,470%
    • WaterSEEKER Water Control System Increases Oil Production 244%, Reduces Water Cut 65%
    • El Sistema de Control de la Producción de Agua WaterSEEKER Incrementa la Producción de Petróleo un 244% y Reduce el Corte de Agua un 65%
    • Lime Rock Resources Prevents Frac Hits and Increases Parent and Infill Well Production
    • WellWatcher Stim Service Identifies Isolation Failure to Improve Stimulation Results, North Sea
    • xWATER Service Eliminates Disposal of 7.4 Million Gallons by Using 100% Produced Water
    • Low-Rate Extender Expands Operational Envelope of Surface Multiphase Flowmeter
    • PTTEP Obtains Continuous, Real-Time, High-Quality Testing Data in HPHT Conditions and Wirelessly Controls the Well in Heavy Mud
    • Advanced Downhole Testing Combination Saves Client 4 Days of Rig Time
    • Chevron Completes Well Test Using Wireless Telemetry During Noisy Downhole Jet Pump Operation
    • Clean Up and Test Gas Wells at 120 MMcf/d
    • High-Resolution, Real-Time Data Helps Venineft Complete Testing of 3 Zones 2 Days Sooner than Planned
    • Implementing Remote Operations Center Boosts Mobile Production Testing Efficiency, Ecuador
    • La Sarta de Pruebas de Yacimientos Proporciona una Evaluación Post-Fracturamiento
    • Maintaining the Secure Operating Envelope During Flowback and Completion Ends High Sand Production
    • PDVSA Optimiza las Pruebas de Pozos de Superficie con Unidades de Pruebas de Producción Móviles
    • PhaseTester Portable Multiphase Well Testing Equipment Conquers Challenges of Arctic Well Testing
    • Rosneft Tests 347 Wells Using Dual-Leg Diligens Spectra Mobile Multiphase Production Testing Unit
    • Subsea Safety Systems Enable Rapid Disconnection from Well Following Unexpected Rig Power Outage
    • Vx Technology Provides Well Testing Efficiency and Rig Time Savings
    • Cameron Valves Enable 15% More Production and 33% Less Downtime at LNG Facility
    • Results Proved Underground Storage Capacity with a Volume of Four Billion Imperial Gallons
    • Beneficial Use of Produced Water from Coal Seam Gas Development Using Managed Aquifer Recharge
    • Identifying Aquifers with Major Water Supply Potential in Region of Low Precipitation, Brazil
    • Water Supply Secured for Major Oil and Gas Asset in Indian Desert
    • 42,000-km2 Region Assessed for Water Resource Impacts from Potential Coal and Gas Developments
    • Evaluación de una región de 42 000 km2 para determinar los impactos de los desarrollos potenciales de carbón y gas en los recursos hídricos
    • Coastal Fresh Groundwater Resources Protected From the Impacts of Climate Change
    • Customized ESP solution optimizes operations in the unconventional Eagle Ford Shale
    • Dual ESP completion accelerates oil production in stacked reservoir for OMV
    • Dual ESPs avoid deferred production of more than 2 million barrels in offshore wells
    • Novel dual-ESP bypass completion increased field production by 33% with minimal capex, Ecuador
    • Electric submersible PCP more than doubles heavy oil production
    • Permian Operator Increases Pump Run Life by More Than 400% and Well Uptime to 96% Using an Engineered Unconventional ESP Completion
    • Compact ESP system enables production where typical ESPs failed
    • ESP System Overcomes High-DLS Challenges in a Permian Well
    • ESP alliance reduces operator's total cost of ownership by 29% and doubles ESP run life
    • First Downhole Water Sink with ESP Improves Oil Recovery and Production Rates for KOC
    • First dual ESP in Indonesia for mine dewatering eliminates requirement for new well
    • Flexible completion with ESP improves recovery and water injection project cost in Egypt
    • Redesigned ESP lowers operational costs for Canadian operator
    • Phoenix MultiSensor monitoring system data diagnose scaling
    • Simultaneously Producing Oil and Injecting Water Saves KOC at Least USD 4 Million
    • Left Helix PCP manages sand to enable 13% drawdown increase for Casabe Consortium
    • Real-Time ESP Surveillance and Remote Control Eliminate 510 Field Visits Across Two 8-Day Periods, North America
    • Lift IQ Service Remote Interventions Deliver 91% ESP Uptime in the Permian Basin
    • Permian Operator Saves USD 700,000 on ESP Interventions
    • Production life cycle management service averts multiple workovers and saves USD 13 million, offshore Cameroon
    • Lift IQ service remotely resolves ESP gas locking and saves USD 313,000 for Alianza Casabe
    • Lift IQ Service Prevents ESP Failure After Pipeline Event, Saving Alianza Casabe USD 307,000
    • Lift IQ service enables 4,800 bbl of oil production from unexpectedly gassy well
    • Lift IQ Service Sees Early ESP Scaling, Saves USD 540,000 for Khalda Petroleum Company
    • TPS-Line electric submersible pump system and Lift IQ service increase production fourfold for Zhaikmunai
    • Lift IQ service and engineered systems dramatically extend ESP run life in mature field, North Sea
    • Lift IQ service improves ESP uptime by 33.6%, reducing deferred production for NAOC
    • North Sea operator optimizes power consumption in 12 wells while improving ESP run life
    • Lift IQ service eliminates USD 2 million workovers to replace ESPs after scale squeezes
    • Lift IQ service delivers 95% ESP uptime despite gas and solids production in an offshore field
    • Robust ESPs handle rapid production decline and high gas content for Chesapeake Energy
    • Lift IQ service and ESPs deliver production increment of USD 74,800 per year for HydroCarbon Finder E&P
    • Permian Basin Operator Improves ESP Productive Time by 75% in Depleted, Slugging Well—Without a Workover
    • Lift IQ service improves ESP efficiency and reduces deferred production in Permian Basin fields
    • Lift IQ Service Reduces Time to Restart 42 Wells to 2.8 Hours - 4 Minutes per Well, Ecuador
    • Production life cycle management service eliminates 1,195 wellsite visits in South American field, saving a total of 26,141 mi
    • Real-Time Surveillance Saves One of Apache's Biggest Producers in the Forties Field from Critical ESP Damage
    • Trinity Successfully Restarts Well with High Risk of ESP Failure
    • Proactive well monitoring enables Trinity to reestablish production in gas lock event
    • Maximus system produces gas from methane hydrates for 24 days
    • Shell Extends ESP Run Life by 35% While Reducing Solids-Related Shutdowns and Improving Restarts, Texas
    • Multiphase gas-handling system in combination with ESP triples oil production, Gabon
    • Remote ESP optimization reduces power consumption by 28% and 34% in two Iraq wells
    • Permanent magnet motor saves Cepsa 21% on power requirements for ESP-lifted well
    • Well Life Increased by a Projected 2 Years
    • Continuum stages extend flow rate range, saving operator USD 185,000 in unconventional well
    • Customized Extended-Life ESPs and Chemical Well Treatment Program Increase ESP Run Life by 38%
    • Shaya Project saves USD 2.5 million on workovers by eliminating ESP changes in a mature field, Ecuador
    • Joint effort saves time, money, and power costs in saltwater disposal
    • High-efficiency pumps quadruple waterflood capability without infrastructure changes, Gabon
    • Operator Reduces Gas Facility Downtime for Pump Maintenance by 95% and More Than Doubles Throughput
    • Reda HPS pumping system's versatile design enables 24-hour upgrade and quick delivery
    • Reda HPS Pump Reduces Maintenance and Operating Costs for Double Eagle Petroleum
    • High-efficiency Reda ESP systems eliminate workover costs, save USD 510,000 for three wells
    • Extremely abrasive Colombia well produces for 797 days with a rugged Maximus ESP system
    • AngloGold Ashanti Increases Mine Dewatering Performance While Cutting Costs and Energy Consumption
    • ESP boosts high-enthalpy geothermal well production, adding 1.7 MW of renewable power to the grid
    • Reda HPS pumping systems provide years of reliable natural gas liquid service for MarkWest
    • Shuttle System Reduces Deferred Production Even Before ESP is Commissioned, Offshore Africa
    • Shuttle system saves USD 95,000 and 5 days of deferred production to replace ESP
    • Torxen Energy doubled oil production and saved USD 10 million, Canada
    • BP uses 3D-printed armor to increase average bit ROP 36% and reduce drilling time 179 hours over eight runs
    • Allegro CD service saves Apache Energy 7 rig days in Australia's North West Shelf
    • Directional casing-while-drilling technology sets new world record with Dubai Petroleum Establishment
    • Saudi Aramco drills record 4,747-ft section, achieves directional objectives using casing-drilling service
    • LLC RN-Severnaya Neft saves 3 days in well construction time using directional casing-while-drilling service
    • Allegro CD directional casing-while-drilling service and Allegro XCD alloy bit save OMV Petrom 62 hours
    • Kuwait Oil Company saves 47 rig days using casing-while-drilling service
    • Operator multiplies ROP using bit specially developed for casing-while-drilling run
    • NPT plummets, Indonesian operator saves 3.5 days using casing-while-drilling technology
    • AxeBlade diamond element bit design delivers 92% higher ROP, drills 6-in section in one run
    • AxeBlade bit increases ROP 29% and improves directional control in Eagle Ford Shale interval
    • ENAP Ecuador saves 2.3 drilling days and drills 16-in section in a single run using customized AxeBlade bit, MDC Field
    • AxeBlade bit helps Kuwait Oil Company exceed field ROP while saving USD 32,600
    • ONGC saves 36 days drilling time in offshore India
    • Ridged Diamond Element Bit Drills Record 870 m/d, Caspian Sea
    • AxeBlade Ridged Diamond Element Bit Doubles Footage, Increases ROP 41% in Woodford Shale
    • AxeBlade Bit Helps Shell Set Footage and ROP World Record with a Single Run, Offshore Louisiana
    • Unit Petroleum Company Boosts ROP 27% in Intermediate Section Targeting the Granite Wash
    • Rhino System Fitted with AxeBlock Cutter Blocks Sets World Record for Footage and ROP, Gulf of Mexico
    • Scribe-Ridged Element Enables Bit to Increase ROP and Durability
    • Scribe-Ridged Elements Increase Bit ROP on Average by More Than 10%
    • Pertamina EP Drills Through Lost Circulation Zone and Sets Casing with Direct XCD Bit, Indonesia
    • Enlarging Borehole for Splitter-Well Technique Offshore the UK
    • Chesapeake Improves Footage per Bit and ROP in Abrasive Formation with EnduroBlade 360 Bit
    • Rolling Diamond Cutting Element Saves 2.6 Days and USD 123,000
    • Rolling Diamond Element Bits Cut Drill Time up to 75% in Exploration Wells
    • Hydra-Jar AP Drilling Jar and Accelerator AP Impact Tool Free Stuck BHA in 15 Minutes
    • Hydra-Jar AP Assembly Frees Stuck BHA for Recovery in Oman, Saves Over USD 1.3 Million
    • Hydra-Stroke Bumper Sub Enables Continued Drilling Operations Despite Rough Sea Conditions
    • HyperBlade Bit Raises Performance Standard in DJ Basin, Colorado
    • Repsol Uses HyperBlade Bit and PowerDrive Orbit RSS to Set ROP Record in Appalachian Basin
    • Hyperbolic Bit Enhances ROP by 17% While Maintaining Complex Well Trajectory
    • First North Sea Run of Hyperbolic Element Bit Reduces Interval Drill Time 55%, Reaches TD in One Run
    • IDEAS Optimized Bit Increases ROP 250% in China’s Tuha Basin
    • i-DRILL Modeling Optimizes High-Profile Horizontal Well, Saving 2.6 d and USD 1,300,000, Offshore Brazil
    • Dual-Reamer BHA Eliminates Rathole and Boosts ROP
    • Dual-Reamer Rathole-Elimination RSS BHA Saves 1.5 Drilling Days, USD 425,000 for Statoil
    • Hole enlargement while drilling exploration well cuts 70 hours
    • Using three reamers on a single BHA saves operator 16 hours
    • Rhino XS2 Reamer Enlarges Seven Horizontal Sections in Horizontal Deepwater Wells
    • Spear Bit Sets ROP Record, Saves USD 46,780 While Drilling in Eagle Ford Shale, South Texas
    • Spear Drill Bit Saves USD 365,000 in Haynesville Shale Well
    • Shell Increases ROP by 8.5%, Saves 15.9 h with Shale-Optimized Drill Bit, Argentina
    • Specialty Bit Helps BP Exceed ROP Expectations by up to 100 Percent, Oklahoma
    • StingBlade Bits Save More Than 5 Days in the Browse Basin, Offshore Australia
    • StingBlade Bit Saves an Estimated USD 300,000 by Improving ROP 51% in Colombia
    • StingBlade Bit Reduces Rig Time by 64 Days and Saves USD 7,000,000, Ecuador
    • StingBlade Bit Saves ENAP SIPEC 1.5 Days by Drilling Abrasive Formation Interval in One Run
    • Enervest Achieves 23% Higher ROP and Exceeds Build Rates in Interbedded Onshore Formation
    • Operator Cuts Deeper to Improve ROP in Medium-Strength Interbedded Layers, Marcellus Shale
    • Operator Improves ROP in High-Impact, Abrasive Interbedded Layers, Haynesville Basin
    • At-Bit Performance Data Used to Increase ROP and Improve Dynamic Stability, Williston Basin
    • Ascent Uses At-Bit Data, Improves Drilling Efficiency and Performance While Reducing Bit Damage
    • First 30-in Casing Drilling Run with Direct XCD Bit Saves 1.31 Days in a Shallow-Water Exploration Well
    • Kuwait Oil Company Saves 4 Drilling Days Using Xplorer Bit with Xplorer Helix Configuration
    • 中国区二氧化碳泡沫压裂技术案例分享
    • CEMENTICS Software Saves More Than 15 Hours Per Well in Operational Time During Plug Placement
    • Flexible Cement System Achieves Zonal Isolation Objectives, Norway
    • Operator Eliminates Sustained Casing Pressure in Injector Well
    • Dragon Oil Eliminates Sustained Casing Pressure
    • Flexible, Self-Healing Cement Provides Pressure Seal and Prevents Cross Flow Downhole
    • North Sea Operator Saves 2–3 Days of Rig Time on P&A
    • Tullow Ghana Boosts Deepwater Zonal Isolation
    • West Africa Operator Boosts Zonal Isolation in Horizontal Well
    • North Sea operator saves rig time using a lightweight foamed cement blend
    • Lost Circulation Solution Saves Time and USD 3.3 Million for Chevron
    • Engineered scrubbing spacer and new cement slurry cut water production to 1%
    • Engineered Spacer Helps Sonatrach Achieve Cement Bond Goal
    • Combined Cementing Technologies Achieve Long-Term Zonal Isolation
    • Deepwater Cement Technologies Exceed Shell's Expectations
    • DeepCRETE
    • An operator in the Permian Basin uses geopolymer cement-free system for primary cementing
    • Cementing Australia's first offshore CCS appraisal well
    • Self-healing cement well built for CO2 storage in the North Sea
    • FlexSTONE Technology Improves Cement Bond to Enable Production for Operator in North Africa
    • PetroChina Ensures Long-Term Well Integrity in Underground Gas Storage Wells
    • Innovative well design delivers best-in-class performance
    • Ultralight FlexSTONE Flexible Cement Conserves Hydraulic Isolation
    • Effective Zonal Isolation for the Life of a Underground Gas Storage Well, Germany
    • Using FUTUR self-healing cement saved 24% in cementing operation costs per well.
    • Advanced Cement Evaluation Saves Operator 15–45 Hours in Rig Costs
    • Operator Defines Best Completion Plan for Depleted Sand, Deepwater Gulf of Mexico Well
    • Invizion Evaluation Service Confirms TOC and Identifies Position of Losses in Salt Section, Gulf of Mexico
    • Advanced Multidisciplinary Cement Evaluation Verifies Barriers and Saves 2 Days of Rig Time
    • Innovative high-performance lightweight cement improves well integrity
    • Achieve Isolation in HPHT, Weak-Formation Well in Norwegian North Sea
    • Lost circulation control treatment saves well and enables formation interpretation
    • North Sea Operator Cures Lost Circulation While Cementing in Weak Formation
    • Curing Mud Losses of 2,000 bbl in the Costero Field, Mexico
    • Fiber Technologies Control Fluid Losses While Cementing Riserless Tophole in Deepwater Malaysia
    • Specialized Fiber System Prevents Lost Circulation and Remedial Cementing Operation
    • Innovative lost circulation treatment saves well, ends 14 days of downtime
    • Real-time cementing success in deepwater Nigeria well
    • Losseal Natural Fracture Treatment Cures Severe Losses
    • Losseal Natural Fracture Treatment Saves Operator USD 267,000 After Total WBM Losses, Pakistan
    • Losseal Natural Fracture Treatment Saves USD 220,000 on Cementing and Mud Recovery, Southern Pakistan
    • Losseal Natural Fracture Treatment Saves Operator USD 260,000 After Total Losses of OBM, Pakistan
    • Losseal Family of Reinforced Composite Mat Pills Enables Lifting Cement in the Permian Basin
    • Successful Plug Placement with PlugAdvisor Modeling
    • Epoxy resin cement ensures zonal isolation for abandoned offshore well
    • Slurry with CemNET Fibers Restores Lost Circulation
    • Treatment Reduces ESP Failure Rate
    • Optimized cyclonic autonomous ICD completion boosts production and lowers emissions
    • Expandable Steel Packers Navigate Wellbore Restrictions to Isolate Openhole Sections for Acidizing
    • Drilling with liner rescues well in deepwater Gulf of Mexico and saves at least USD 20 million
    • Petroindependencia reduces liner installation time for extended-reach wells by more than 85%
    • 573 Copperhead drillable Frac Plugs Set and Removed with 99% Success Rate
    • Intelligent completion simplifies control of multilateral well—with five laterals
    • Expandable steel patches selectively shut off unwanted CO2 production in four wells
    • Expandable steel patches address gas coning, restore oil production in highly corrosive wells
    • Expandable Steel Patches Enable High-Rate Fracturing After Casing Damage
    • Isolate formation in high-pressure, high-temperature wells
    • Isolation valve minimizes formation damage when perforating
    • Formation isolation valve local inventory ensures that client achieves schedule goals
    • Prevent fluid loss in deepwater well
    • Reduce formation damage in sand control completions
    • Formation isolation valves protect reservoirs from fluid damage
    • Successfully install isolation valves for deepwater project
    • Operator eliminates allocation uncertainties for three offshore oil wells sharing single pipeline to platform
    • SLB fracturing team steps in and saves 24 hours of rig time, Permian Basin
    • Intelligent completion helps Agip and NPDC make first-oil date
    • Modular intelligent completion cuts rig time, prevents water breakthrough, saves operator USD 400,000/well
    • Operator in India stimulates multizone well selectively without intervention
    • Intelligent completion in multizone gravel pack accesses marginal reserves and saves USD 3.2 million
    • Modular intelligent well completion enables Seplat to meet regulations for back allocation
    • First deployment of multizonal intelligent completion more than doubles production from Shushufindi well
    • Cabot Oil & Gas saves more than USD 1.4 million in Eagle Ford Shale
    • Operator saves USD 5.4 million during plug-and-perf operations in less than 1 year
    • Eni Streamlines Planning and Derisks Deepwater Liner Installation
    • Expandable Steel Patch Seals Off Prematurely Opened Frac Port
    • Robust QUANTUM HS packer enables underbalanced perforating and saves USD 700,000 for PDO
    • Texas operator saves 6 days on cleanouts after fracturing
    • Slim dissolvable frac plugs enable multistage hydraulic fracturing below casing ID restriction, Eagle Ford Shale
    • Integrated hydraulic fracturing operations double efficiency and increase production in tight sand
    • First thermal liner hanger system manufactured in Oman for steam-assisted EOR
    • Intelligent well completion and forward-modeling software help increase oil production by 15%
    • Optimize critical well testing operations in real time
    • Multizonal reservoir monitoring system enables subsea monitoring in real time
    • Permanent monitoring system reveals dominance of lower-zone fractures even before start of production
    • Production Increased Fivefold By Managing Drawdown
    • BP Optimizes Drainage of More Than 100 Million Barrels of Secondary Oil from Reservoir Offshore Azerbaijan
    • DTS, DAS, and PT gauge system determines behavior of multilayered reservoir
    • DTS, DAS, and PT gauge system quickly detects pressure leak
    • Autonomous ICDs tripled oil production and halved water cut, Xinjiang
    • Robust Packers Enable Operator to Eliminate Stimulation and Injection Limitations in Multizone Completions
    • Customizable Packers Enable Single-Trip Completions and Save About 11 Days Per Well in Deepwater Brownfield
    • Eni saves 3 months of rig time by avoiding sidetrack
    • North Sea Operator Avoids Sidetrack by Replacing Leaking Liner Hanger
    • Casing and Hanger Repair Enabled by Gas-Tight Reconnection to Surface Averts Sidetrack
    • Gas-Tight Reconnection to Surface Enables Reentry into Abandoned Exploration Wells and Avoids Redrilling
    • Expandable Steel Patch Enables Casing Repair and Provides Fullbore Access to Continue Drilling
    • Expandable steel patches restored casing integrity for sidetracking after cement squeezes proved ineffective
    • Expandable Steel Patch Restores Production in Gas Well with Casing Corrosion
    • Expandable Steel Packers Prove 30% More Cost-Effective for Stage Cementing
    • Drilling out 103 frac plugs in one run sets new operator record, West Texas
    • Metal-to-metal sealing technology solves challenge of installing 3,604-m casing in unstable wellbore
    • Manara system controls extended-reach multizonal well, enabling 40% incremental oil
    • World’s First In-Lateral Real-Time Well Cleanup in Multilateral Well, Saudi Arabia
    • Eni overcomes gas field development and production challenges with standard configurable flow control valves
    • Operator increases oil production by 500% using ResFlow AICD 2M
    • RapidX TAML 5 multilateral junction used with rod pump optimizes recovery in low-production oil field
    • Vår Energi Saves Millions with Industry’s First Subsea Retrofit Multilateral Wells
    • Operator saves more than USD 1 billion in field development costs by using multilaterals
    • Fully Dissolvable Frac Plugs Accelerate Cleanout and Reduce Time to Production
    • Check-valve ICDs save 20 hours of rig time and approximately USD 1 million
    • Using a high-performance liner hanger system for a scab liner expedited casing repair and enabled 10,500-psi fracturing pressure
    • 33 hours optimization work in 10 seconds with 96 percent accuracy
    • Accelerating seismic interpretation in the Kwanza Basin
    • AI accelerating possibilities for Petoro
    • AI and Automation Accelerates Candidate Selection for Well Intervention up to 90%, Offshore Indonesia
    • Autonomous ESP gas handling solution
    • AI and Automation Accelerates Candidate Selection for Well Intervention up to 90%, Offshore Indonesia
    • Bridging communication gaps-Neptune Energy
    • Cepsa adopts On Demand Reservoir Simulation on Delfi
    • Delivering business value with the Lumi Data Workspace
    • Digital drilling operations optimization delivers 80% reduction in NPT
    • Dragon Oil using AI to Enhance Planning and Performance in a Mature Offshore Field
    • Dynamic simulation for new frontiers in deep sea mining
    • Enhancing operational efficiency-PDOs
    • Enhancing waterflooding efficiency through integrated workflows and advanced analytics
    • Eni using digital-AI-and-automation to drill beyond limits
    • Equinor increase well delivery by 200percent
    • Equinors strategic integration-Enhancing digital planning and reporting
    • Establishing a carbon storage database for Australia’s Northern Carnarvon Basin
    • Global deployment of well integrity solution for Equinor
    • How SLB and Total-Energies Collaborated to Unlock the Power of Legacy Data
    • Improving OMV well planning efficiency through automated workflows
    • AI accelerating exploration and reservoir characterization
    • Integrated Digital solution for water handling in a remote field in Ecuador
    • JX Nippon Improves Asset Evaluation Process
    • Natural language processing deployed to assess legacy well integrity for carbon storage
    • OMV targets global efficiency increases with SLB AI and digital solutions
    • OMV Upstream: Deploying DrillPlan Solution to Optimize and Automate Planning Processes
    • OMV Upstream deploys Agile Reservoir Modeling to make better decisions faster
    • Optimizing well design and integrity
    • PGN Saka: Fast tracking workover candidate selection
    • Pioneering the future with a solutions first private SaaS deployment
    • PRIO achieves a 45 percent reduction in planning time with digital solutions
    • Shaya adopts Delfi for faster run times
    • Shushufindi adopts subsurface workflows on Delfi for optimized drilling campaign
    • Smart production operations in a remote field in Ecuador
    • Sri Lanka ExploreCube
    • TiGRE Uses Software to Evaluate CCS Conditions Toward Low-Carbon Energy Production Offshore UK
    • Transforming data access-achieving a 65 percent reduction in support hours
    • Transforming drilling and project management for inGauge with technological innovation
    • Unlocking hydrocarbon potential in the Brazil Equatorial Margin
    • Unlocking potential-Equinors journey to autonomous well delivery in the Peregrino field
    • Well Placement Advisor-from data to decision
    • Well production optimization through annulus gas management
    • Wells optimized gas flaring minimize all in just six seconds
    • Active resistivity ranging while drilling for nearby well detection marks global first
    • ADMA Uses MicroScope HD 675 Service to Deliver High-Resolution LWD Images in Carbonate Formations
    • Advanced bit technologies boost on-bottom ROP in soft shale formation by 13%
    • Advanced drilling system saves USD 206,000 and 3 days in Argentina
    • Advanced gyro service drills cased hole sidetrack
    • Advanced Logging and Analysis Identified Thick Oil Zone Undetected by Basic LWD Measurements
    • Advanced LWD Technologies Mitigate Uncertainty in Marcellus Shale
    • Advanced measurement software eliminates bit trip, saving more than 2 days rig time
    • Advanced mud gas service finds hidden pay zones in brownfield
    • AGOCO Brings Well Back to Production Using Reservoir Mapping-While-Drilling Service, Libya Desert
    • Apache Maximizes Reservoir Contact by Landing Four Wells on Target in Australia
    • Apache Saves USD 12.3 Million and Increases Expected Oil Recovery by 11% Offshore Australia
    • At-Bit Innovation Boosts ROP 40% While Drilling Each of 12 Wells in One Run—Vertical Through Curve to Lateral, Colorado
    • At-Bit Steerable System Cuts DLS in Lateral by 50%
    • At-Surface Real-Time Isotope Logging Assesses Lateral Heterogeneity in Marcellus Shale
    • Australian Operator Drills 2,400-m Vertical Well with Inclination of 0.75° in Faulted Formation
    • Auto-curve technology drilled 1,500 m at 2°/30-m DLS
    • Autonomous Directional Drilling Increases ROP by 13%
    • Autonomous Directional Drilling System Saved 55.5 hours
    • Autonomous Downhole Control System Builds Three Curves with Significantly Fewer Downlinks
    • Autonomous Downhole Control System Eliminates Downlinks While Drilling Curve, Revs Up ROP
    • Autonomous Downhole Control System Halves Downlinks, Increases ROP in Multiple Curves
    • Autonomous Downhole Control System Lowers Downlinks to BHA and Increases ROP
    • AxeBlade Diamond Element Bit Achieves Record ROP in Hard Limestone Formation
    • Brazilian operator enhances drilling safety and accuracy with wellbore position quality control
    • CACT Saves USD 2.5 Million Drilling Extended-Reach Well
    • Cement Evaluation While Drilling Saves 4 Days and USD 340,000
    • Cimarex Energy Co. Saves Six Days of Rig Time in Permian Basin
    • CNOOC Uses SonicScope Service's Cement Evaluation Capabilities to Complete Complex ERD Gas Well
    • Combined StethoScope FPWD and @balance Services MPD Drill Undrillable Well Offshore Malaysia
    • Core-Quality LWD Data Identifies Additional Pay Within Carbonate Sequence in Deteriorating Section
    • Cornell well on its way to net zero CO2 with Earth Source Heat project
    • Coterra Energy drills challenging sections in Permian Basin in single run, saving 9 days
    • Customized BHA Saves 12 Rig Days in Northern Kazakhstan
    • Customized Drilling System Saves 5 Days in North Kazakhstan
    • Cutter with rotary steerable system increases ROP by 25%
    • Cuttings recycling system transforms water conservation in drilling operations
    • Dampening tool increases ROP and drills 4,552 in single run
    • Definitive Dynamic Survey Eliminates Survey-Related Rig Time and Boosts Well Economics
    • Delivering reamer stability and cutter block durability
    • Det Norske Achieves Drilling Performance Consistency in Multiwell Field Development Project, Offshore Norway
    • Det Norske Set Multiple Well Construction Records with Integrated Development Plan, Norwegian North Sea
    • DONG E&P Steers North Sea Wells 96% in Zone in Challenging Remobilized Sand Reservoir
    • Driller reduced genset run time by 20% using automated power
    • Drilling 3,269 ft in a Single Run at 190 degC
    • Drilling Ahead with the Same Assembly on an HPHT Sidetrack, Temperatures in Excess of 205 degC
    • Drilling circulating valve delivers time-saving solution in offshore fishing operation
    • Drilling Colombia's longest horizontal well in one run
    • Drilling System with Neyrfor Turbodrill and Smith Bits Kinetic Bit Set African Drilling Record
    • Drilling three times faster and increasing ROP by 75%
    • Dual-Reamer BHA Paired With SonicScope Service Saves Pemex Logging and Reaming Runs
    • DynaForce TT Motor Mills 34 Plugs in Single Run in a 350 degF Haynesville–Bossier Shale Reservoir
    • Early OWC Detection Improves Wellbore Positioning to Reduce High Water Cut in Production
    • EcoFlex Service Identifies Subtle Mineralogical Differences in Clay-Rich Legacy Cuttings for Maersk
    • EcoScope Service Acquires Real-Time Data to Guide Directional, Well Control in Narrow Mud Windows
    • EmbaMunaiGas Optimizes Well Trajectory Using Multilayer Bed Boundary Detection Service
    • EnduroBlade360™ bit drills 8,387 ft at 76.1 ft/h offshore
    • Engineering Center Optimizes Drilling to Save USD 18 Million in Deepwater GOM Well for Shell
    • Eni Receives Industry-First While-Drilling Analysis of Hydrocarbon Composition, Gulf of Mexico
    • Equinor saves 26 h of rig time with autonomous downhole control technology
    • Equinor streamlines development campaign using advanced data acquisition technologies
    • Extreme-life shaker screens lasted 4.65 times longer than conventional screens
    • ExxonMobil Maps Complex Injectite Reservoir to Effectively Geosteer into Target Sands, North Sea
    • First 2 1/8-in Neyrfor TTT Turbodrill in U.S. Cleaned Out HPHT Well in 59 Hours, GOM
    • First Deepwater MPD Integrated Solution Enables Drilling 5,302-ft Interval in One Run
    • First Run of GeoSphere HD 475 and PeriScope HD Services Revealed a Greater Degree of Wellpath Optimization within the Reservoir, North Sea
    • First Use of SpectraSphere Service in Middle East Confirms Movable Hydrocarbons in Tight Carbonates
    • First-Ever Dual Seismic LWD Configuration Optimizes Trajectory of Sidetrack, Saves Operator 24 Hours
    • Fluid mapping while drilling and wired drillpipe save rig time offshore Norway
    • GeoPark Saves 6.23 Days off AFE With PowerDrive X6 vorteX RSS in Llanos Basin Drilling Campaign
    • GeoSphere 475 Reservoir Mapping Service Enables Geosteering in Complex Carbonate Reservoir, Sicily
    • GyroLink service enabled reaching a challenging geological target
    • High Build Rate RSS Delivers Dogleg Assurance in Challenging Formations
    • High Build Rate RSS Drills Curve and Lateral of Marcellus Shale Well in One Run and 100% in Zone
    • High Build Rate RSS Saves 18 Rig Days for PetroChina in Tarim Basin, China
    • High-Definition Dual-Imaging-While-Drilling Optimizes Over 13,000 ft of Geosteering Through Complex Carbonate Reservoir
    • High-Density, Definitive Dynamic Survey Data Helps Precisely Land Well 10-ft TVD Below Reservoir Top
    • High-Quality, Real-Time Sonic Data Enables Optimal Well Placement in Chinese Tight Gas Reservoir
    • High-Resolution LWD Images Help Optimize Completions
    • High-Resolution LWD Resistivity Images Used for Reservoir Structural Analysis
    • High-Temperature Exploration Well Drilled Offshore Norway
    • Horizontal Drilling Campaign Reverses Production Decline, Achieving Average 3,188 bbl/d per Well
    • Hybrid bit sets new ROP record for operator in Mexico
    • Hydraulic underreamer reduces POOH by 79% offshore Qatar
    • Increasing ROP by 65% and saving 34 hours in offshore Guyana
    • Increasing ROP offshore Qatar by efficiently removing heavy downhole vibrations
    • Innovative bit boosts drilling performance in long vertical interval
    • Innovative drill bit enables operator to successfully drill challenging 12 ¼-in section in one run
    • Integrated Evaluation Services Obtain Critical Data to Save Deepwater Rig Time
    • Integrated fluid services enhance well landing decisions
    • Integrated Motor-Bit Modeling Service Drills Reservoir Section in a Single Run, Kvitebjørn Field
    • Integrated P&A BHA Expands Window Length and Milling Speed Capabilities, North Sea
    • Integrated P&A BHA Helps Set Bridge Plug and Mill and Underream 150-ft Window in a Single Run
    • Integrated Rotary Steerable BHA Saves 9 Drilling Days in West Africa
    • Integrated Solution Saves Shell USD 1.3 Million, or 25 Days, and Doubles Production in Changbei Well
    • Integrated System Sidetracks and Drills High-Angle Well in Unstable Formation
    • Integrated Well Abandonment System Eliminates Trips, Saves More Than 3 Rig Days, North Sea
    • Integrating RSS, Reamer, and PDC Bit Saves 6 Days in Shallow Persian Gulf Formation
    • i-Power Service and DynaForce DTX Motor Improve Drilling Performance in Interbedded and Abrasive Strata
    • Kick detection service saves rig time on HPHT well
    • KPO saves USD 2 million with high build rate RSS
    • Leveraging digital integration for 3D mapping of water corridors in carbonate reservoirs
    • Long-Lateral High-Temperature Well in Permian Basin Completed in 12 Hours
    • Lundin Confirms Formation Tops While Drilling with At-Surface Formation Evaluation Offshore Norway
    • LWD Imaging Guides Well Placement Through Productive Zones in Faulted Carbonate Reservoir
    • LWD Imaging Identifies Cause of Drilling Mud Losses in Heavily Fractured Reservoir
    • LWD Solution Integrates High-Definition Dual-Physics Imager
    • LWD Sonic Services Obtain Data for Multiple Applications in a Deepwater Exploration Well
    • LWD Thin-Bed Analysis Identifies 60% More Deepwater Reserves
    • LWD Top-of-Cement Evaluation Saves Eni Estimated USD 2.6 Million Offshore Alaska
    • Magnetic Resonance LWD Service Evaluates Carbonates Offshore Brazil
    • MicroScope Service Guides Placement of Lateral Within Target Formation in Niobrara Shale
    • Multilayer Mapping-While-Drilling Enables Precise Geosteering Through Thin Sand Lobes in Thailand
    • Multilayer Mapping-While-Drilling Service Doubles Detection Range, Offshore China
    • Multilayer mapping-while-drilling service enables complete mapping of a target in a low-resistivity environment
    • Multilayer Mapping-While-Drilling Service Extends Horizontal Sections, Colombia
    • Multilayer Mapping-While-Drilling Service Increases Reservoir Characterization Efficiency
    • NeoScope Sourceless LWD Data Identifies GOC at High ROP to Land Offshore Well for Pearl Oil
    • NeoScope Sourceless LWD Service Delivers High-Quality Formation Evaluation Data for Apache
    • NeoScope Sourceless Neutron-Gamma Density Correlates to Conventional Density Measurement
    • NeoScope Sourceless Service Saves USD 500,000 in Offshore Exploration Well
    • New extended-reach drilling record for CNOOC in the South China Sea
    • New Multilayer LWD Service Helps Achieve 100 Percent Net-to-Gross Ratio
    • New resistivity technology and model improves CTD geosteering accuracy in Middle East
    • New sourceless formation evaluation logging-while-drilling service accurately measures high-density formation
    • New technology delivers high-resolution images at the drill bit, Oklahoma
    • Neyrfor TTT Turbodrill and Jet Blaster Clear 5,860 ft of Production Tubing Averaging 7.8 ft/min
    • Neyrfor Turbodrill and SLB Kinetic Bit Save Over USD 1 Million on Horizontal Interval
    • Neyrfor Turbodrilling System and Kinetic Drill Bits Double ROP, Save 29 Rig Days in Hard Formation
    • NMR rock typing combines with reservoir mapping while drilling to enhance well placement in carbonate reservoir
    • Noble Energy Saves 2.9 Days and Increases Average Daily Footage by 65% Drilling in the Marcellus Shale
    • NOC Optimizes Packer Placement with Full Petrophysical Evaluation, Saves 2 Rig Days
    • Novel drillbit architecture improves ROP while reducing average drilling hours
    • Offshore Operator Avoids Potential Kick, Improves Depth Control with Real-Time Acoustic Data, Gulf of Mexico
    • Oman operator increases ROP by 34% while cutting steering ratio by 53%
    • OMV Achieves Record Horizontal Appraisal Well
    • Operator Avoids Faults, Positions Subsea Well 3- to 7-ft TVD Below Reservoir Top Offshore Australia
    • Operator deploys first SAGD wells with ranging and interception in Oman
    • Operator drilled 5,000 m in one run, saving USD 97,000
    • Operator drills record-setting reservoir section in one run offshore Norway
    • Operator Identifies and Eliminates Artificially-Generated Alkanes from Surface Gas Measurements While Drilling
    • Operator maintains a 50-ft separation from offset well using ranging and interception services
    • Operator Optimizes Drilling Performance, Successfully Reaching Total Depth with SonicScope 825 Service
    • Operator Saves 3.7 Days of Rig Time in Oklahoma's Tonkawa Field
    • Operator Saves 12 Hours Using High-Torque, High-Flow Motor While Milling Cement, Saudi Arabia
    • Operator Saves 20 Hours of Milling Time and Completes West Texas Job in One Run
    • Operator Saves 36 Drilling Days and USD 13.3 Million in Deepwater Gulf of Mexico
    • Operator Uses Multipole Sonic-While-Drilling Service to Drill Complex, Over-Pressured Shale Diapir
    • OptiDrill Service Eliminates 18-in Liner, Saves Statoil 10 Rig Days in Deepwater Exploration Well, Angola
    • Optimized Drilling System Saves Afren 8.4 Days, USD 4.2 Million with Shoe-to-Shoe Performance
    • Pacific Rubiales Saves Deviated Exploration Well With Thru-Tubing Intervention Technology
    • PDVSA Increases ROP 100 Percent and Saves 8.8 Days in Sandstone Reservoir
    • PEMEX Improves Trajectory and Saves 9 Days with High-Pressure, High-Temperature RSS
    • PEMEX Outperforms Directional Plan in High- Temperature Reservoir with High Mud Weight
    • PEMEX Saves 5.6 Days and USD 300,000 While Drilling 78° Curve in 12 1/4-in Section
    • PeriScope HD Service Maximizes Reservoir Contact in Mature Field Onshore Colombia
    • PeriScope Mapper Guides Precise Placement of CACT Extended-Reach Well
    • PeriScope Mapper Guides Well Placement in Mature South China Sea Reservoirs
    • PetroChina Improves ROP 200% and Reduces Drilling Time by 17.6 Days
    • PETRONAS Carigali Eliminates Survey Time, Improves Drilling Efficiency, and Reduces Stuck Pipe Risks Offshore Malaysia
    • Petronas Discovers Previously Undetected Channel Sand with Expected Production of 1,700 bbl/d
    • PowerDrive Archer RSS Delivers Highly Complex Well Ahead of Plan, West Kazakhstan
    • PowerDrive Archer RSS Delivers Well 5 Days Ahead of Plan for OMV Petrom in Băicoi Sare Field
    • PowerDrive Archer RSS in PowerDrive vorteX Configuration Saves 12 Drilling Days, Kazakhstan
    • PowerDrive Archer RSS Increases ROP 56% More Than Field Average in Woodford Shale
    • PowerDrive Orbit RSS Increases ROP 35 ft/h for Talisman on Marcellus Shale Wells
    • PowerDrive Orbit RSS Keeps Well Trajectory to Plan Without Compromising ROP, Indonesia
    • PowerDrive vorteX RSS and Smith Bits Drill Bits Set New Drilling Record in PetroChina's Tuha Field
    • Powered Rotary Steerable System Boosts Deepwater Well ROP 157%
    • Precise Placement of Lateral Maximizes Reservoir Exposure and Production Rates
    • Precise Well Placement for Horizontal Campaign Increases Oil Production 30% in Bohai Bay
    • Premier Oil Saves 15.8 Drilling Days, USD 10 Million in Multiwell Campaign Offshore Indonesia
    • PressPro RT software saves operator 10 days rig time
    • Proprietary software prevents more than USD 190,000 in fluid losses
    • PTTEP Eliminates BHA Trip and Gyro Run, Saving 12 Rig Hours in 204-degC Well Offshore Thailand
    • Quality Data Acquired in North Sea Wells with Temperatures Exceeding 160 degC
    • Rapid acceleration of well planning timelines in Austria
    • Real-Time Seismic Waveforms Guide Key Exploration Drilling Decisions in East Asia
    • Real-Time, High-Definition LWD Images Guide Placement of 1,279-m Drain Hole in Complex Sand Reservoir for PDO
    • Real-Time, High-Resolution Imaging Improves Geosteering to Place 428-m Drain Hole in Zone
    • Reduced Collision Risk Saves USD Millions
    • Repsol Eliminates 1 Bit Trip Using NeoSteer CL ABSS, Pennsylvania
    • Resistivity-at-the-Bit Measurements Guide Geostopping 0.2-m TVD Below Top of Reservoir
    • Revolutionary imaging system ensures high resolution of reservoir characterization, onshore Ecuador
    • Robust Directional Drilling Technologies with Digital Capabilities Enable Drilling Curve and Section 28% Quicker
    • ROP Increased by Over 100% in Pre-Khuff Reservoir with Neyrfor Turbodrill and Smith Bits Kinetic Bit
    • RSS auto-curve mode drills 506 m to TD
    • RSS auto-curve mode improved ROP by 32% in a complex well profile
    • RSS with ultrashort PDC bit improves drilling footage 89%
    • Saka Energi Indonesia Uses MicroScope HD 475 Service to Optimize Completion with HD Images in Carbonate Reservoir, Offshore
    • Saka Indonesia Pangkah Improves On-Bottom ROP by 130% While Drilling High-Angle S-Type Well
    • Santos Maps Top of Reservoir, Determines Optimal Entry Point Offshore Australia
    • Santos Successfully Drills Two Long Dual-Lateral Wells Within Very Tight Boundaries in Unmapped Formation
    • Saving 57 1/2 Rig Days and USD 1.4 Million for Four Natural Gas Wells with Turbodrilling Strategy
    • seismicVISION Seismic-While-Drilling Service Optimizes Casing Points and Lowers Costs, Offshore Malaysia
    • Seismic-While-Drilling Service Resolves Depth Uncertainty Offshore Southeast Asia
    • Shallow Heavy-Oil Reservoir Production Target Achieved in Only 3 Days
    • Shell Accurately Steers Reservoir Well Sections in Deepwater Reservoir Offshore Brazil
    • Shell Brazil Achieves High Inclination in Soft Formation
    • Shell Maximizes Potential Recovery in North Sea with Optimized Landing
    • Shell Reduces NPT and Drills Best-in-Class Well in Central China with Remote Operations Workflows
    • Shell Saves USD 8.5 Million During Gulf of Mexico Salt Drilling Project
    • Shock and vibration suppressor reduces shock amplitude 64% in Permian Basin simulations
    • Short-makeup drill bit together with RSS set new field record in Argentina
    • Short-makeup PDC bit increases build rate by up to 64%, Canada
    • Sinopec Uses PowerDrive Archer RSS with Near-Bit GR Imaging to Steer Drilling 100% in Pay Zone, China
    • SLB deploys oscillation controller agnostically on third-party rig without modifying existing rig control system
    • Slimhole MWD Service Powers Complex Suite of LWD Services in ConocoPhillips Bakken Well
    • SonicScope 675 Service Identifies Gas Reservoir Using Real-Time Compressional and Shear Measurements
    • SonicScope 900 Service Enables Reliable Acoustic Data Acquisition in Complex Appraisal Well
    • Sourceless formation evaluation delivers accurate formation density measurement across a clastic reservoir with variable lithology
    • SpectraSphere Fluid Mapping-While-Drilling Service Saves Hess 3 Days Offshore Malaysia
    • Statoil Reaches Section TD in One Run in High-Well-Density Statfjord Field
    • StethoScope Service Accurately Measures Fluid Gradients, Depletion in Heterogeneous Reservoir
    • Suite of LWD Services Enables Full Characterization of Reservoir in South China Sea
    • Surface fluid logging found sizable oil reserves in mature field
    • Thin-Wall Motor Drills Challenging Interval in Single Run While Setting ROP Record, Middle East
    • Total eliminates bit run with OptiDrill service in 17½-in section in North Sea
    • TotalEnergies reduced uncertainty by 7 m at 5,345-m TD
    • Trailblazing advanced geothermal system excels with ranging services
    • Turbodrill BHA Saves Operator Nearly 2 Days and USD 4 Million, Offshore Oman
    • Turbodrill Saves 50 Operational Days in Colombia's Barco and Guadalupe Formations
    • Turbodrill Scale Removal Enables Ecopetrol to Access Two Formations in Colombia
    • Turbodrilling Deviated Interval Saves PEMEX 96 Hours
    • Unit Drilling increased genset efficiency 28%, saving 446 galUS/d in diesel fuel
    • Vertical Drilling BHA Maintained Verticality at Less Than 0.14° in Bonaparte Basin, Australia
    • Vertical Drilling System Achieves 0.15° Inclination
    • Verticality Maintained in Ultradeep, High Temperature Well
    • Vietgazprom Reduces Severe Mud Loss by 50% in Exploration Well Using OptiWell Service
    • Vietgazprom Reduces Tripping and On-Slip Time with OptiWell Well Construction Performance Service, Vietnam
    • Vista Oil & Gas Drills Shoe to Shoe in a Single Run Through Interbedded Formation, Onshore Argentina
    • Vista Oil & Gas Saves 2.5 Days Drilling the Curve and Achieves Longest Slimhole Lateral, Neuquén Basin
    • Well Integrity Solution Helps PETRONAS Carigali Visualize and Communicate Risk
    • Wellhead Retrieval System Saves USD 600,000 in Single-Run Offshore P&A Operation
    • WPX Energy Saves 9 Days While Drilling a Nearly 3-Mile Lateral in North Dakota
    • xBolt G2 Service Quadruples Data Transmission Rate and Improves Signal Reliability to Eliminate Relogging
    • xBolt G2 Service Saves Operator 53 Hours of Survey Time Across 8-Well Pad, MidCon Basin
    • YPF Drills Record-Length Extended-Reach Laterals in Fewer Days to Access Valuable Reservoir, Argentina
    • Zhaikmunai Increases ROP 57%, Saves 5 Days and USD 210,000, Kazakhstan
    • GTI Energy's DOE-Backed Project Uses Lidar Camera Technology for Methane Emissions Measurement
    • Repsol Sinopec lidar camera trial advances methane emissions detection
    • ACTIMUL RD Validated as Highly Effective Cold-Weather Emulsifier
    • @balance Xpress Services Streamline MPD Equipment Installation for Substantial Time and Cost Savings
    • @balance Family of Services Automates Drilling Control, Saves 10 Rig Days and USD 20 Million
    • Operator Drills UltraHPHT Well to TD Without Incident and with Reduced NPT, North Sea
    • Offshore Brazil: Compact AUTOMATIC TANK CLEANING LITE System Improves QHSE, Reduces Waste Volumes, Water Consumption and Tank Cleaning Time
    • AUTOMATIC TANK CLEANING solves QHSE concerns and waste disposal concerns in Malaysia
    • ATC Unit Credited with Reducing Volume of Slops and Pit Cleaning Time on North Sea Rig
    • Use of ATC Unit Enables Cleaning to Brine Spec within Short Weather Window in North Sea
    • Premier Oil Reduces Total Pit-Cleaning Time by 90%, Slop Waste Generation by 56% Offshore UK
    • BaSOL 2000 HP Scale Dissolver Increases Oil Production 733%
    • North Sea: Basol 2000 BDN, An Environmentally Acceptable Alternative
    • BRISTLE BACK REDRESSABLE Tool Design Cuts Inventory, Reduces Costs
    • Operator Improves Management of Chemical Treatments in Diverse Geographies and Saves 80–100 Hours/Month
    • Arkansas: New CT MAGNOSTAR Magnet Recovers Plug Slips in Milling Operations
    • DEEPCLEAN Additive Effectively Cleans Deepwater Well Shut-in for 10 Years
    • Single-stage spacer pill additive helps break free stuck drillstring
    • DEEPCLEAN Double-Emulsion Clean-Up Pill Proves its Worth in Difficult Displacement
    • Reservoir fluid service secures long-term downhole stability
    • DURAFLO Composite Replacement Screen Processes 570% More Mud Compared with Conventional Screen
    • DURAFLO Screens Last 3.5x Longer Compared with Conventional Screens Offshore Myanmar
    • PARATHERM With ECOTROL HT Come Through in Challenging HTHP Well
    • ENVIROUNIT System Saves Total E&P USD 6 Million in Slop Water Processing Offshore Republic of Congo
    • ENVIROUNIT System Helps Save USD 9.8 Million on 16-Well Operation Offshore Mozambique and Tanzania
    • ENVIROUNIT Offshore Water Treatment System Saves More Than USD 1 Million in First 5 Months of Operation
    • ENVIROUNIT Gives Offshore Operator Major Reductions in Onshore Disposal of Slop Water
    • Filtercake breaker system provides needed min. 3-hour delayed activation at 250 degF
    • Subsurface Assurance FEED Study Validates a Centralized CRI Project in Oso Field, Ecuador
    • Fit-For-Purpose Solution Prevents Formation Damage in Horizontal Well After 8-d Rig Standby, Ecuador
    • FLOPRO NT System Combats Abnormally Low Formation Pressure, High Permeability Conditions
    • Enhanced Lost Circulation Solutions Provide Well Integrity and Eliminate Losses for Well Control
    • FORM-A-BLOK AS Pill Completely Stops Dynamic Fluid Losses, Mumbai High
    • Texas: FORM-A-BLOK stops losses, clears way for trouble free casing installation
    • Application of FORM-A-SQUEEZE Pill Boosts Drilling, Controls Losses in Mexico Well
    • FORM-A-SQUEEZE and FORM-A-SET AK Tandem Step in to Reduce Severe Losses
    • GLYDRIL-IDCAP D System Successfully Drills Reservoir, Offshore Vietnam
    • G-SEAL-Treated Fluid Reduces Torque Values
    • G-SEAL PLUS Formation Sealing Stops Severe Losses While Drilling in Holland
    • G-SEAL PLUS Agent Helps Cut Drilling Fluid Costs and Reduce Hole Cleaning Time Offshore Myanmar
    • GT-7569 Hydrate Inhibitor Reduces Operational Costs by 50% and Eliminates Methanol Contamination in Amine System
    • GT-7569 Kinetic Hydrate Inhibitor Saves Operator Over 50% in Operational and Chemical Costs, Canada
    • Optimized Workflow Reduces Filtrate Volume and Rotational Torque in Reactive Interbedded Formation
    • HDD Mud System Paves Way for World Blind Shaft Drilling Record (Illinois)
    • HDD, Mining & Waterwell Products Used to Drill Vertical Hole in Australian Subsidence Zone
    • HDD, Mining & Waterwell Generates Substantial Savings, Problem-Free Drilling in Florida
    • POLY-PLUS Liquid Additive Withstands Stress, Cuts Costs in Iron Ore Drilling Program
    • ROD COAT L 1000 Grease Saves Operator 29% in Drilling, Grease Reapplication Costs, Central Mexico
    • Locally designed high-pressure filter for offshore cement pumps
    • HISIDE Blender Unit Helps Operator Get the Surface Casing to Depth in an Uncertain Environment
    • HR-2635 Hydrogen Sulfide Scavenger Reduces HSE Risk and Operating Costs in Eagle Ford Shale
    • HydraGlyde Fluid System Meets Efficiency and Financial Challenges of Argentina Exploration Well
    • HydraGlyde System Relieves BHA Balling, Torque, and Stick/Slip Issues, Colombia
    • HydraGlyde System Reduces Costs from Mud Losses by USD 300,000 per Pad
    • HydraGlyde System Mitigates Wellbore Stability Issues, Oriente Basin
    • High-performance water-based drilling fluid reduces friction factor and optimizes ROP in Akcakoca Field, offshore Turkey
    • Operator Uses HydraGlyde Fluid System to Nearly Triple ROP and Reach TD in Record Time
    • Precise Bottomhole Pressure Maintained with Automated Mud Rollover
    • I-BOSS Technique using Continuous Application of Bridging Particles Aids Drilling
    • I-BOSS Helps Client Drill through Depleted Zones with Overbalances Up to 3,500 psi
    • Encapsulated Lubricant Helps Drill Longest 12¼-in Section in Ecuador in a Single Run
    • Insulating packer fluid reduces thermal stress on tieback string
    • Integrated Debris Removal and Casing Cleaning Tools Recover 70.5 lbm of Debris and Eliminate Additional NPT
    • KI-3108 Corrosion Inhibitor Mitigates Sour Corrosion in Onshore Gas Condensate Field, Western Canada
    • KLA-SHIELD System Exhibits Excellent Performance in Alaskan Shale and Clay Formations
    • Indonesia: KLA-SHIELD System Performs Similarly to an Invert Emulsion Mud Offshore East Kalimantan
    • KLA-SHIELD System Enhanced with New Sealant Successfully Debuts in Saudi Arabia, Drilling Problem Shales
    • Saudi Arabia: KLA-SHIELD/POROSEAL Tandem Records Zero NPT in Troublesome Well, Exceeds Operator Objectives
    • Bolivia: KLA-SHIELD Inhibitive System Enhances Execution of a Well in Villamontes Area
    • Wintershall Drills 13,330-ft Well with 3,231-ft Lateral in 70 Days Using KLA-SHIELD System in Neuquén Basin
    • Nexen Uses MAGNOGARD and MAGNOSTAR Magnets in North Sea Field, Recovers 44 kg of Debris
    • Recovering lost components to create a clean path to production
    • Alaska: The MAGNOSTAR Magnet Tool Demonstrates Its Effectiveness in Removing Milled Solids from the Wellbore, Prior to Sidetracking Operations
    • High-Capacity MAGNOSTAR Magnet Released into Brazil Market with Immediate Customer Satisfaction
    • Egypt: MAGNOSTAR Tools Clear Way for Completion in Offshore Milling Operation
    • MD-2 Shaker Achieved Higher Volume with Fewer Screens in Less Time than Conventional Shaker
    • South Texas: Single MD-2 Effectively Takes Over for Dual Shakers
    • Argentina: MEGADRIL Allows The Operator to Drill Successfully With High MW and Lower Oil-Water Ratio
    • MEGADRIL Drills the Longest Extended-Reach Well in North America
    • Shakers optimize pump rates, fluid recovery, and screen life
    • Replacement High-Capacity Shakers Save USD 26,000
    • High-Capacity Single-Deck Shaker Increases Capacity by 35 Percent
    • Fluids and Cuttings Separator Saves USD 82,000 in Argentina
    • Cuttings Reinjection Using Enhanced Pretreatment Saves USD 6.5 Million in Waste Management Costs
    • MONGOOSE PRO Outshines Predecessor Shaker in Direct Field Comparison
    • MONGOOSE PRO Dynamic Dual-Motion Shaker Reduces Screen Consumption and Cost by 70%
    • MPD Reduces Drilling NPT, Increases Wellbore Stability in Large-Hole Sections of Slanted Well, Gulf of Mexico
    • MPD eliminates casing string, saves USD 6 million in GOM
    • Halcón Resources Drills 20,645-ft Horizontal Well at Record Speed in Bakken Shale
    • Offshore Malaysia: Total Losses in Subnormal Pressured Wells – @balance Services Mud Cap Drilling (MCD) with Continuous Annular Injection
    • Managed Pressure Drilling Service Cuts Drilling Costs 50% in Challenging Ultrahigh-Temperature Wells
    • MUDGARD Workstring Filter Mitigates BHA Failure in Seven-Well Field Trial, Offshore Argentina
    • Workstring filter enables source retrieval from stuck BHA
    • MUDSOLV NG Service Dissolves Filtercake to Avoid Coiled Tubing Acid Intervention, UAE
    • Cement dress-off tool eliminates drillstring trip during P&A
    • Norway: One-Trol HT Delivers Excellent Fluid Loss Control in Challenging Deepwater Well
    • ONE-TROL Additive Saves 17.5 Hours of Rig Time in HPHT Logging Operation, Gulf of Thailand
    • OPTITRAK 600 Tracer Delivers Accurate, Real-Time Downhole Water Sampling
    • PI-7302 Paraffin Dissolver Continuously Mitigates Paraffin Buildup in Flowlines and FWKO Interface
    • PI-7475 Inhibitor Reduces Wax Deposition and Pigging Risks in Eagle Ford Shale Tubing and Flowlines
    • PI-7595 Inhibitor Removes Asphaltene Deposits from Subsea Fields in the North Sea
    • Stuck Pipe Spotting Fluid for Invert Emulsion Fluids PIPE-LAX OB Field Trial
    • SLB Free Stuck Drillstring from Swelling Formation in Stock Water Well Project
    • POLYSWELL Saves Multiple Cement Jobs in the Dammam Formation
    • Software ensures success of HTHP well in North Sea
    • PressPro RT Software Secures Success of HTHP Well in the North Sea
    • PRIMO-SWELL System Enables Advanced Multizone OptiPac Screen Job in Sensitive Reservoir, Colombia
    • Saudi Arabia: FORMIX RDF Extended to 340° F With PTS 200 to Successfully Drill HT Wells
    • RAPID SWEEP Polymer Stick Emerges as Viable, Cost-Effective Alternative to Hi-Vis Sweeps
    • HEAVY-DUTY RAZOR BACK Tool Cuts Scraper Trip, Saves $200,000
    • Repsol Minimizes Drilling-Related Problems and Improves Efficiency by Applying Automated MPD
    • Repsol Maintains Well Integrity Using Managed Pressure Cementing Technique to Cement Casing
    • RHADIANT Drilling Fluid Exceeds Expectations in Gulf of Thailand High-Temperature Well
    • RHADIANT Fluid Helped an Operator to Reach Production Faster with Problem-Free Drilling and Logging Operation on Ultra High-Temperature Well
    • RheGuard System with MicroBar Additive Exceeds KPIs, Enables Drilling to TD through Narrow Hydraulic Window
    • RheGuard Fluid System Improves ROP in 2,472-m, High-Angle Interval Offshore Norway
    • RheGuard System with MicroBar Additive Facilitates Drilling Operations in Fractured 7,139-ft Section
    • Single-stage spacer pill additive helps break free stuck drillstring
    • Exploratory offshore well drilled to TD without NPT due to real-time fluids monitoring
    • RHE-USE System Economically Reduces Ultrafine, Colloidal LGS Content from Oil-Base Drilling Fluids
    • Haynesville Shale, RHE-USE Saves Operator an Estimated $163,282
    • Haynesville Operator Reduces Low-Gravity Solids by More Than 65%, Saving USD 120,000
    • Chord Energy improves efficiency and safety with new rig-enabled cementing service
    • Industry’s first rig-enabled cementing service deployed in Bakken Field
    • SACK BLACK Enhances High Performance WBM, Eliminates Casing
    • SAFE-SURF EU Casing Cleaning Agent Reduces Solids in Brine to Less than 0.05%, North Sea
    • SAFE-VIS E Pill Controls Losses While Producing Through Sand in Venezuela
    • SCREEN PULSE Separator Reduces MOC by 28% and Saves 10% on Final Waste Disposal Volume
    • Fluid and cuttings separator recovers more than 900 bbl of drilling fluid
    • SCREEN PULSE Separator Reduces Water Content in Cuttings and Drilling Waste, Saves USD 13,500 per Well
    • Operator Uses SCREEN PULSE Separator, Reduces Average Per-Foot SBM Costs by 30%
    • SCREEN PULSE Separator Saves USD 137,000 in Fluid Recovery and USD 47,000 in Waste Disposal Costs
    • Oklahoma Operator Cuts Drilling Waste by Two-Thirds Using SCREEN PULSE Separator
    • SCREEN PULSE Separator and VERTI-G Dryer Reduce Mud Losses and Waste Volume to Save USD 36,910
    • Costly Drilling Fluid Losses to Shakers Reduced by 26% in the Duvernay Shale
    • SCREEN PULSE Separator Reduces Drilling Fluid on Cuttings by 28% and Saves USD 39,950, Argentina
    • Offshore Bombay High Area, India - SILDRIL System
    • SILDRIL K Shale Inhibitor Helps Save More Than USD 100,000 per Well in Operating Costs, Canada
    • Alpine Premium Spotting Beads Slashes Time to Run Liner in Panhandle Well
    • New Lubricant STAR-LUBE Cuts Friction Factor 46%
    • Kazakhstan: SwitchBack Mill Operated On Demand Offering Further Versatility to the Specialized Tools Range
    • 3-Phase Separator Shines in HPHT Sour Gas Application
    • SLB Replacement Screens for NOV Brandt Venom Screens Outperform Competitor Metal Screens
    • Invert-emulsion reservoir drill-in fluid and delayed breaker system help improve production
    • VERSAPRO System Maintains Clean, Uniform Filtercake and Minimizes Formation Damage Offshore Gabon
    • Cohesive Drilling Solution Overcomes Instability Events in Challenging Shale
    • Project Success Dependent on Sag Resistance and Long-Term Stability of Completion Fluid, India
    • wateguard-mexico-cs
    • LWD Radioactive Sources Retrieved Through 5-in WELL COMMANDER Prevents Major Complications
    • Ball-activated circulation valve saved days of rig time
    • Pakistan: SLB XR Mesh Technology Outlasts Competition's Corrugated Screen Under Heavier Loads
    • Dissolver delivers in situ decontamination of radioactive ESPs
    • Foam Diversion North Sea
    • Newly Engineered Scale Inhibitor Addresses Challenge of Sulfate, Sulfide, and Apatite Scale
    • produced-water-tailored-solution
    • Proprietary conformance polymer enhances waterflood efficiency to yield 1.1 million bbl of incremental oil
    • Nondamaging foamed scale dissolver restores North Sea well productivity
    • Subsea demulsifier developed for deepwater oil field exceeds specifications while preserving project economics
    • Specially Engineered Paraffin Inhibitor Enables Deepwater Production of Waxy Crude
    • Operator Minimized Deferred Production and Workover Costs with Digitally Optimized Chemical Injection
    • Custom Demulsifier Addresses Impact of Multiple Oil Streams on Oil-Water Separator
    • Custom-Engineered Demulsifier Enhances Oil Dehydration
    • New demulsifier cost-effectively handles multisource crude oil
    • Novel assessment methodology rapidly and cost-effectively proves reduced environmental impact of new chemistries
    • Custom emulsion viscosity reducer boosts production up to 20% in gas lift wells
    • Carbon dioxide scavenger GT-7540 reduces CO2 content in sales gas to meet specification
    • Non-triazine H2S scavenger boosts production by 260,000 BOE and reduces carbon footprint
    • Subsea injection of proprietary H2S scavenger reduced schmoo deposits and saved OKEA USD 0.85–1.2 million per year
    • Nitrogen-free scavenger lowers H2S by 99.7% and enables 63% more gas production
    • How full-service gas purification capability overcame third-party delays
    • Hydrate inhibitor reduces chemical use by 80% and halves opex
    • Proprietary naphthenate inhibitor averts production shutdowns
    • Advanced paraffin dispersant improves oil flow to FPSO
    • Customized pour point depressant enables subsea flow of waxy crude
    • Customized Scale Inhibitor Treatment Addresses Iron Sulfide Challenge
    • Targeted chemical treatment triples interval between hydrocyclone shutdowns offshore Qatar
    • Operator reduces capex, opex, and work-hours with optimized H2S removal
    • Operator lowers cost and risk by using one specially designed scale inhibitor instead of three
    • SLB experts fix stubborn foaming issue in 48 hours
    • Efficient H2S removal strategy reduces end user’s treatment costs by approximately 75%
    • New Water Clarifier Provides an Environmentally Benign Solution for Minimizing Oil in Water
    • Digital SCAL opens a new era in reservoir characterization
    • Integrated 3D sonic, resistivity, and image logs define reservoir
    • ccs-3dff-cs
    • Intelligent XPT
    • Minnkota Power partners with SLB for CCS evaluation
    • Operator saves considerable rig time with insights delivered through SLB digital workflows
    • Fiber-Optic Borehole Seismic Saves 15-h Rig Time, 40 t CO2e
    • ora-dtt-ilx-malaysia-cs
    • Operator Conducts DTT Offshore Mexico
    • Deep Transient Testing Offshore Africa
    • Microseismic monitoring ensures gas storage integrity in Italy
    • Sidewall coring helps ExxonMobil avoid drilling bypass well
    • JEL uses distributed temperature array system to accurately characterize vertical heterogeneity without well intervention
    • Autonomously deployed wireless logging platform improves operations efficiency by 70%
    • Thru-bit logging enables crucial data acquisition for PEMEX
    • Thru-the-bit logging delivers unconventional insights
    • Multiphase flowmeter reduces capex 50% in Bakken Shale Geography Tagging
    • SureRock Coring Solution, Gulf of Mexico
    • Innovative gas shutoff solution enhances oil production in caspian offshore field
    • 1,000 bbl/d of oil unlocked with targeted recompletion
    • Electrical MLT streamlines dual-lateral mapping and cleanout
    • Advanced milling tool clears well obstructions offshore Canada
    • Autonomous intervention delivers new oilfield efficiency
    • best-buildup-cairn-cs
    • Closed-loop system enables flowing back wells in ultrahigh H2S
    • ct-co2-injection-cs
    • Eni uses dual-string barrier evaluation to assess well integrity and improve carbon footprint of its Hewett Field, saving 42 rig days
    • Express EPF Proves Pipeline Feasibility in Vaca Muerta
    • First live well CT intervention from a monohull vessel in the North Sea
    • Fluid modeling optimizes cleanup of S-shaped offshore well
    • Operator recovers broken e-line cable using fit‑for-purpose heavy-duty fishing equipment
    • KOC eliminates water cut to boost production nearly 200%
    • High-expansion bridge plug enables complex casing patch installation
    • High-expansion mechanical tubing cutter enables successful P and A
    • Electronically activated nonexplosive wireline cutter salvages rigless PDP operation and enables fracturing to continue within 24 h
    • High-resolution caliper measures subsea tubing corrosion-Norway
    • Intelligent wireline intervention enables complex gas lift changeout
    • Light well intervention using an anchor-linear actuator enables ESP changeout to resume
    • SLB enhances offshore production by 20% with advanced carbonate stimulation solutions
    • Operator Maximizes Efficiency on Drillship Workover
    • Rigless chemical water shutoff revives offshore well in Caspian Sea
    • Successful Subsea Well Reactivation and Production Enhancement in the UK North Sea
    • Innovative well testing solutions boost oil production by 12,000 bbl/d, Iraq
    • Production ExPress - Production Boosting Equador
    • Zero-flaring frac flowback campaign boosts production by 3,000 bbl/d
    • Production ExPRESS_Ecuador de-bottlenecking-cs
    • Underbalanced drilling program revives mature field in Middle East
    • Express Early Production Facility
    • production-express-caspian-sea-catenary-cs
    • Pipeline dewaxing operations, Congo
    • Oil Keeps Flowing During Facility Upgrade in Congo
    • Low-Pressure Well Gets a Second Chance in Egypt
    • production-express-egypt-mpf-cs
    • Desanding cleans up HT wells with zero flaring, Argentina
    • Sand Management Package Avoided Major Production Deferment in Gabon
    • Express EPF fluid conditioning solution ensures European well success
    • production-express-india-cs
    • High H2S Challenge Solved in Northern Iraq
    • Sludge management cancels H2S and HT risks in Kazakhstan
    • production-express-land-facility-rabasa-cs
    • Customized separators helped high-GOR wells flow at 40,000 bbl/d in Mexico's HPHT Quesqui Field
    • Rapid Production Response Prevents Production Loss for Offshore Operator
    • Resin Treatment Preserves Well Integrity and Avoids up to USD 1.5 Million in Workover Costs
    • North Sea 40-km pipeline decontaminated and cleared for gas production
    • Underbalanced CT drilling strategy triples gas production while avoiding 28,800 t of CO₂e
    • Sustained casing pressure poses challenge for offshore wells
    • Major pipeline cleanup delivers fast results without service interruption
    • Operator Grabs Difficult Fish Using Active Debris Removal Tool
    • ReSOLVE Anchor Linear Actuator - Talos
    • ReSOLVE iX tubing cutter-australia-cs
    • North Sea well access restored through intelligent wireline intervention
    • Dual anchor resolves stuck safety valve offshore South America
    • Radioactive fish retrieval succeeds in deep water at 27,440 ft
    • Ten-day debris removal gets HPHT deepwater well flowing again
    • Critical Debris Cleaned from a Narrow Completion in 2 Days, Gulf of Mexico
    • Smart shifting tool cuts intervention time by 65%
    • Slot cutter enables a 70% increase in productivity index, completes job ~60% faster than previous mechanical puncher
    • Pulling the Plug from a Deviated Well in the Gulf of Mexico
    • Rapid intervention frees stuck valve at a major platform in the Gulf of Mexico
    • Precise Valve Shifting Steers High-Rate Injection Process, Gulf of Mexico
    • Versatile tractor navigates 21,000-ft obstacle course in Alaska
    • Sandstone stimulation solution enhances deepwater production Angola
    • SIMextra Shell – Abania
    • Retrievable bridge plug saves 4 days during wellhead changeout
    • Innovative bridge plug saves time and money for Sonatrach
    • SIMultra TuffTRAC iX ReSOLVE Service - Guyana
    • Collaborative Intervention Advisory Solution Optimizes Mature Well Production
    • Surface multiphase flowmeter enhances flow assurance Uinta Basin
    • Seamless Collaboration Improves Production by More Than 1,000 bbl/d in Aging North Sea Field
    • Temporary Plug and Abandonment and Sidetrack Prep Goliat Field
    • Aker BP Norway Used Advanced Technology to Control Sand Cleanup
    • Multiphase flowmeters reduced greenhouse gas emissions by 75% for Ensign Natural Resources in Eagle Ford Shale
    • Multiphase flowmeter pilot reduces costs by up to USD 550,000 per well pad
    • Deepwater oil production boosted by over 6,000 bbld Nigeria
    • Dual fracturing cuts emissions in Argentina
    • Flow-Channel Hydraulic Fracturing Saved 8500 t CO2 Emissions
    • Sandstone acidizing boosts deepwater well production 2.5-fold
    • Operator boosts production 20%, reduces acid volume 30%
    • OpenPath Reach Service Improves Production with 43% Less Acid
    • PumpIRIS system saves fuel, reduces CO2
    • Transforming Kuwait's Mauddud reservoir a collaborative success story
    • wet-sand-fracturing-vista-energy-argentina-vaca-muerta-basin-cs
    • Automated valve greasing saves 18 h during zipper frac operations
    • Olympus Energy improves safety and cuts NPT installing wellheads
    • Compact wellhead benefits Equinor
    • Fluid delivery and flowback service enables 99.5% uptime during fracturing operations, Bakken Shale
    • Fracturing fluid delivery and flowback service reduces costs more than 30%, Canada
    • Eagle Ford Operator Reduces Hydraulic Fracturing Costs by Approximately USD 2.7 Million per Month
    • 99% valve uptime for fracturing fluid delivery and flowback service, Fayetteville Shale
    • Compact Wellheads Minimize Environmental Impact and Save USD 500,000 per Well, Kenya
    • Chevron streamlines simul-fracs with 73% reduction in frac-to-wireline transition times
    • Cameron wellhead system saves PetroMiranda USD 1.2 million in 1 year in heavy oil field, Venezuela
    • Flowback and well cleanup services eliminate NPT while addressing salt and sand returns, Marcellus Shale
    • PCP run life increases more than sevenfold despite high well inclination and sand production
    • Operator reduces progressive cavity pump installation costs by about 40%, South America
    • Automated control of annular backpressure increased production by 14%
    • Chevron Saves USD 690,000 per Year with Flexible Frac Fluid Delivery Technology
    • PDC Energy Cuts Iron-Related NPT During Zipper Fracs
    • Monoline Fracturing Fluid Delivery Technology Reduces Connections by 75%
    • Hydraulic Driveheads with Torque Control Eliminate Rod Breakage for Progressive Cavity Pumps
    • Operator Reduces NPT and Extends Life of Hydraulic Fracturing Equipment, Colorado
    • solidrill-bsp-brunei-cs
    • Petrogas Sees Dramatic Improvement in Sucker Rod Durability Despite Corrosive Well Environments, Oman
    • Enerplus increases daily pumping time 20% in 42-well zipper frac
    • wellhead-installation-digital-position-sensing-qatar-cs
    • Well Integrity Management Program Optimizes Equipment and Well Life, Bass Strait
    • Modernization Initiative Extends Life of North Sea Platforms
    • Maintenance Strategy Reduces Intervention Time by 83% and Increases Recovery, Congo
    • Crisscrossing the Globe to Offer Operating Convenience and Expertise to Middle East Countries
    • FC Fast Connect HT Wellhead System Saves PetroMiranda USD 1.2 Million in One Year in Heavy Oil Field, Venezuela
    • Niobrara Operator Recovers More Oil and Improves Economic Value of Gas While Reducing Emissions
    • Revolutionary rolling diamond element bit saves 8 days of rig time, Central North Sea
    • Innovative at-bit imaging system produces high-resolution images of the borehole, enabling higher ROP
    • Multicycle hydraulic underreamer enables customer to avoid extra trip to eliminate rathole, saving 2 rig days
    • Serrated diamond element bit sucessfully drills complex section in a single trip, saving 9
    • Workstring filter protects BHA, enabling record-setting drilling depth of 52,000 ft
    • First-ever fully automated cementing job successfully executed, offshore Norway
    • CO2-Resistant Cement System Enables Injection of CO2 Into Well Drilled in 1960
    • Operator drills 10,000 ft in 8 days using aqueous drilling fluid system, saving 7 days and significant costs
    • Unconventional dual MWD and gyro service with advanced error modeling delivers 30% improvement in the separation factor
    • Testing Verifies BroadShear Rams’ Shearing Ability of Hardbanded Tool Joints and Off-Center Tubulars
    • Cactus Drilling Company Reduces Emissions, Fuel Consumption, and Equipment Wear
    • USD 1 Million Saved by Improving Consistency of Flat-Time Activities Resulting from Detailed Analysis
    • Real-Time Downhole CT Services Clean Out 250-m Sand Fill with 60% Time Savings, Gabon
    • Regaining Production from a Sand-Plugged Reservoir in Deepwater Indonesia
    • ACTive CT Services and Intervention Tower Save 15 Days on Deepwater Operations for Total
    • ACTive Services and Discovery MLT System Increase Injectivity 17,000 bbl/d in Complex Multilateral
    • ABRASIJET Service Helps Operator Triple Production Maintain Rate
    • Accurately Perforate Two Zones in an Underbalanced Condition
    • Successful Profile Diagnosis Maintains Producibility and Prevents Expensive Water-Conformance Treatment
    • Successfully Isolate and Stimulate Wet Wells with ACTive Technology
    • Improving Foam Quality in Elks Hills Field
    • ACTive Coiled Tubing Services Enable Real-Time MaxCO3 Acid Stimulation Treatment
    • ACTive OptiFIRE System Perforates Three Intervals, Increases Well Production 18% in Brownfield Well
    • Coiled Tubing Services in Mexico Double Oil Production
    • ACTive OptiFIRE System Reperforates Critical Producing Interval in 11 Hours
    • ACTive Plug & Perf System Saves 36 Hours for ENI by Combining Plug Setting and Perforating
    • Operator Prepares Watered-Out Well for P&A Using Downhole Measurements from ACTive Services
    • Equinor Saves 24 to 56 Hours on Challenging Well Cleanouts
    • Aker BP Restores Production to Chalk-Plugged Well
    • ACTive Profiling and Pressure Survey Enhance Reservoir Understanding
    • ACTive PS Service Identifies Water and Hydrocarbon-Bearing Zones During Production Logging
    • Integrating Production Logging with Coiled Tubing Intervention in Saudi Arabia
    • Technique Enables Optimized Remedial Water Shutoff Operations in Saudi Arabia
    • Combined Technologies Cut Stimulation Time by 50%
    • ACTive Q Service Helps Operator Improve Wells’ Injectivity Index Nearly 300%
    • Kuwait Oil Company Decreases Wellhead Injection Pressure by 1,000 psi with ACTive Q Service
    • ACTive Straddle Inflatable Packer Cleanout Doubles Production in Two Wells
    • ACTive TC Tool Enables Retrieval of 45-ft Toolstring Within 36 Hours
    • ACTive Services Improve Oil Production by 26% and Water Injection by 50%
    • Protect Fiberglass Lining of Water Disposal Wells
    • Eliminating Water Cut with Water Shutoff Treatment
    • CoilFLATE and Water-Shutoff Systems Restore 75 m3/d Oil Production in Wells
    • Coil Tubing Services Retrieves Fish in Three Runs over 14 Hours for Operator
    • Coil Tubing Services Helps Operator Retrieve Difficult-to-Reach Check Valve in 46 Hours, Saving USD 72,000
    • CoilTOOLS Tools and Solutions Enable Gulf of Mexico Operator to Efficiently Reabandon High-Risk Well
    • Next-Generation Coiled Tubing Operations Set New World Records in Gulf of Mexico
    • DepthLOG Nigeria
    • Secure, Remote Access to Field Datasets Enables Potential Investors to Complete Asset Evaluations
    • 3D Far-Field Sonic and Borehole Imaging Confirm Fault in Lieu of Seismic Data
    • 3D Far-Field Sonic Service Maps Natural Fractures to Improve Stimulation, West Texas
    • 85,987-m Tractor Conveyance Record in Extended-Reach Well
    • Accurate Porosity and Kerogen Volume for Shale Gas Reservoir
    • Accurate Residual Oil Saturation from Dielectric Scanner Service's Measurements
    • Accurate Wellsite Evaluation of Total Organic Carbon in Oil-Base Mud by Litho Scanner Service
    • Acquiring VSP with hDVS Using Optical Fiber and Portable Airgun Tank Saves 15 Hours, Brazil
    • ADNOC Maps Natural Fractures with 3D Far-Field Sonic Service to Predict Gas Production
    • Aker BP Assesses Ivar Aasen Reservoir Connectivity with Real-Time Asphaltene Gradient
    • Aker BP Measures Bubblepoint Pressure Downhole and Collects Single-Phase Samples from Mudstone
    • ConocoPhillips Efficiently Collects Representative Fluid Above Saturation Pressure in Low-Permeability Reservoir, Alaska
    • Dielectric Scanner Salinity-Independent Water Saturation for Gas Shale Analysis
    • Dielectric Scanner Service Reliably Identifies Heavy Oil Reservoir in Thin Beds
    • Engineered Completions Improve Eagle Ford Perforation Efficiency 28%
    • Eni UK Efficiently Mills Out Stuck Metal Centralizer with Tractor-Powered Wireline Intervention Service
    • Litho Scanner Spectroscopy Quantifies Oil Volume in Low-Resistivity Chert
    • LIVE Act Services Enable Successful Retrieval of More Than 3,000 ft of E-Line Cable in Two Wells
    • LIVE Act Services Save Walter Oil & Gas Corporation Time and Lost Production, Gulf of Mexico
    • LIVE Digital Slickline Services Enable Gauge Pulling in Highly Deviated Well
    • LLOG Evaluates Cement and Casing Integrity for Multiple Casings in a Single Descent, Deepwater GOM
    • Logging on UltraTRAC All-Terrain Tractor Saves 1 Day of Rig Time, Onshore UK
    • Repsol Confirms Reserves in Unconsolidated Sands Offshore Mexico Using Intelligent Wireline Formation Testing Platform
    • Reservoir Quality Determined from High-Resolution Images in OBM of Channel and Highly Laminated Sands
    • ReSOLVE Instrumented Intervention Service Removes Debris and Opens Valve to Save BHP 7 Days of Rig Time
    • ReSOLVE Instrumented Wireline Intervention Successfully Releases Stuck Deep-Set Bridge Plug
    • ReSOLVE Service's Milling Tool Removes 4,650 ft of Barium Sulfate Scale in 81 h
    • ReSOLVE Wireline Intervention Service Sets Bridge Plugs in Deepwater Gulf of Mexico
    • Rt Scanner Triaxial Induction Service Identifies Drilling-Induced Fractures, Deepwater Gulf of Mexico
    • Sampling and Transient Testing Prove Major Land Discovery in HPHT Carbonate for Pemex
    • Saturation Evaluation with RSTPro Tool Finds Bypassed Oil and Gas Zones
    • Saturn 3D Radial Probe Delineates Low-Mobility Oil Zone in Carbonates
    • Saturn 3D Radial Probe Retrieves Uncontaminated 7.5-API Oil from Friable Sandstone
    • Saturn Probe Enables Diagnosis of Water Influx During Drilling of Slim, High-Temperature Well
    • Saturn Radial Probe Collects Fluid and Measures Pressure at 0.05-mD/cP Mobility in 6-in Caspian Sea Well
    • SIMplus Retrievable Bridge Plug Installs Reliable Barrier for Sealing Tubing Leak
    • TuffTRAC Tractor Conveys ReSOLVE Service's Setting Tool Across Tubing Gap to Install Plug, Myanmar
    • TuffTRAC Tractor Pushes Stuck Plug to Save USD 300,000 in High-H2S and -CO2 Well
    • TuffTRAC Tractor Reverse Tractors 3,850 ft To Retrieve Perforating String, North Sea
    • USD 60 Million Completion Workover Operation Avoided by Using Wireline Intervention Service
    • Walkabove VSP Recorded by Using UltraTRAC Tractor Conveyance in Well Deviated 86°, Deepwater Angola
    • Integrated Drilling System Saves Equinor USD 4.9 Million Per Well
    • Digitally Connected Service Drives Project Value and Reduces Wellsite Footprint in Deepwater GOM
    • PHSS Uses Digital Ecosystem to Assure Wellsite Operations Despite Logistic Challenges
    • PTTEP Thailand Reduces Rig-Crew Footprint to Overcome Pandemic Challenges While Maintaining Improved ROP
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    • Ithaca Energy Exceeds Production Expectations with 3D Geomechanics, North Sea
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    • Integrating Petrophysical Analysis with 3D Seismic Data Helps Build Map of Marcellus Sweet Spots
    • Woodside Cuts Complex Simulation Runtime 63% Using INTERSECT Simulator and Petrel Platform
    • Geomechanics and Drilling Optimization Workflows Improve Horizontal Well Campaigns in Peru
    • CNPC Optimizes Field Development Planning in Chad
    • Improving Strategic Planning of Hydrocarbon Resources with Merak Software for Kuwait Oil Company
    • Increasing Confidence in Reservoir Management with Merak Software for Kuwait Oil Company
    • Evaluation of Advanced, Multiphase PLT Data Validates Fractured Granite Basement Prospect
    • Pigging Optimization with OLGA Simulator Saves more than USD 2 Million, Western Desert, Egypt
    • Screening Study Determines Optimal Heavy-Oil Recovery Technique
    • Production Data Management Significantly Increases Performance
    • Pertamina Hulu Mahakam utilizes machine learning to reduce property modeling
    • Reliance Industries Uses New Integrated Geocellular Modeling Approach to Forecast KG Basin Reserves
    • Petrel Reservoir Engineering and ECLIPSE Simulator Improve the Static Model for Production Simulation
    • CNPC Xinjiang Enhances Waterflood Recovery with Automated Pattern Flood Management, Junggar Basin
    • SUCO Confirms New Gas Prospect Based on Seismic Attributes Using the Petrel Platform, Egypt
    • Burapetco Uses FMI Microimager Data to Build High-Resolution 3D Static Reservoir Model, Egypt
    • Petrel Guru Enables Rapid Reservoir Evaluation Through Automated Reporting and Data Extraction
    • MENA Oil & Gas Reduces Geological Uncertainty Offshore North Sinai Concession, Egypt
    • Petoro Enhances Seismic Data Management Using Studio Environment, Decreases Duplicate Seismic Cubes by 90%
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    • Murphy Oil Evaluates Pore Pressure from Petroleum Systems Modeling for Real-Time Drilling Support
    • Bed Boundary Mapping Improves AGOCO Oil Recovery with 0% Water Cut
    • Petrotechnical Interpretation Delineates Gas/Oil Contact to Optimize Geosteering in Shaly Sand Lateral
    • Seismic Reservoir Reevaluation Helps Vietgazprom Identify Seven New Prospects Offshore Vietnam
    • Pipesim Simulator Increases Incremental Gas Production
    • Accurate Pore Pressure Prediction in HPHT Well Reduces Risk, Saves Rig Time
    • SLB Works with SEAM to Improve Predrill Pore Pressure Prediction, GOM
    • 3D Geological Model Based on Sequence Stratigraphy Reduces Uncertainty in Deep Carbonate Reservoirs
    • Premier Oil Evaluates Acquisitions with Merak Software
    • Integrated Solution Safeguards Production for PEMEX
    • EGAS Centralizes and Increases Access to 25 TB of Data
    • Database Management Transformed Through Scalable ProSource System Implementation
    • Petroleum Systems Modeling Provides Exploration Insight for Ecopetrol in Tectonically Complex Llanos Basin
    • Operator Saves 32 Days When Drilling High-Pressure Wells Using Petrel and Techlog Platforms
    • Performing a 4D Geomechanical Modeling Study to Protect EOR Production Facilities Investment
    • Rigless Well Intervention Reduces Water Cut, Increases Oil Production by 843 bbl/d
    • Efficient Sand Control Leads to Better Production
    • Saudi Aramco Develops and Implements Customized Tutorial Package
    • Integrated Seismic-to-Simulation Workflow Identifies Highest-Productivity Sweet Spots in Major Shale Gas Play
    • Optimizing Gas Plant Performance with the Symmetry Process Software Platform
    • AllSeal Service with Particulate Gel Simplifies Water Shutoff for Kuwait Oil Company
    • MaxCO3 Acid System Increases Bluell Formation Production by 500%
    • PEMEX Uses MaxCO3 Acid to Increase Sustained Oil Production 700%
    • Matrix Treatment for Efficient Stimulation in Qatar’s North Field
    • NARS Treating Fluid Removes Damage from Dolomitic Reservoir to Gain Additional 450 bbl/d
    • Operator in Southern Mexico Triples Well Production Using Chelant-Base NARS Treating Fluid
    • Bolivian Operator Saves Well in High-Water-Cut, Unconsolidated Sandstone Reservoir
    • Significant Increase of Oil Production from Horizontal Openhole Lateral in Ecuador
    • OilMAX Diverter Saves Mexican Operator USD 7.4 Million in Operating Costs
    • Increase Oil Production Without Increasing Water Cut in Ecuador
    • Matrix Stimulation with OilSEEKER Acid Diverter Restores Production in Dead Well with 70% Water Cut
    • Bolivian Operator Uses High-Performance Acid System to Increase Mature Well Production 400%
    • Matrix Acidizing Treatment Helps PEMEX Increase Oil Production 45% and Gain USD 134,000 Per Day
    • OpenPath Reach Service Improves Acid Efficiency and Increases Oil Production 500%
    • OpenPath Services Triple Oil Production from Long, Hot Carbonate Well, Kazakhstan
    • OpenPath Services Manage Permeability Variations in Hot Carbonate to Improve Production up to 300%
    • OpenPath Reach Service Cuts Polymer Gel by 60% to Stimulate Carbonate Production, Kazakhstan
    • OpenPath Stimulation Services Increase Production 250% in Long, Hot Well with Slotted Liner
    • OpenPath Reach Service Saves USD 180,000 on Offshore Acid Stimulation for Middle East Operator
    • OpenPath Sequence Service Increases Productivity Index More Than 300% for Kuwait Oil Company
    • OpenPath Sequence Service Delivers More Uniform Scale Control Treatment
    • OpenPath Sequence Service Increases Oil Production by 70% in Mature Deviated Well, Kazakhstan
    • Increasing Production 200% in Mature Field
    • PerfFRAC Technology Lowers Chevron’s Completion Costs by 10%
    • Customized produced water treatment gives operator significant savings
    • ScaleSOLV Dissolver Saves USD 13 Million by Eliminating Workovers and ESP Damage, Iraq
    • Evaluate Fracture Design and Well Placement
    • Gas Production Increases by 35% in Cotton Valley Sand Formation
    • Improve Fracture Placement Using StimMAP Data
    • Talisman Energy Performs Multistage Stimulation in Just One 18-h Operation
    • StimMORE Service Restores Well Productivity for a Major Barnett Shale Operator
    • StimMORE Service Increases EUR in Barnett Shale Well by 0.25 Bcf
    • Pemex Increases Oil Production 162% More Than Predicted
    • ThermaFRAC Shear-Tolerant Fracturing Fluid Increases Production 500% in HPHT Well
    • Using UltraMARINE Fluid with the HiWAY Technique Yields 14-Fold Increase in Productivity Index
    • VDA Acid and Jet Blaster Service Increase Gas Production by 243% in Carbonate Well, Pakistan
    • Reservoir Model Helps Plans for Infill Wells to Avoid Productivity Losses, Eagle Ford Shale
    • Eagle Ford Shale, Optimizing Stimulation of a Horizontal Well Using LWD Measurements
    • Mississippian Shale Seismic Reservoir Characterization Improves Gas Production
    • Marcellus Shale, Real-Time Measurements Optimize Well Placement
    • Wintershall Norway Perforates Interval Using Wireless Selective Electronic Firing Head
    • A Flawless Reservoir Test was Conducted with Wireless Telemetry at 17,000 ft and Above 355 degF in Sour Well
    • Live Downhole Technology Enables Multizone Testing in a Single Run
    • ADNOC Offshore Conducts Rock Mechanics Tests to Predict Compaction Effects and Guide Depletion
    • AquaWatcher Surface Sensor Replaces Manual Sampling with Continuous Salinity for 3-Month Flowback
    • AvantGuard Advanced Flowback Services Help Lonestar Determine Optimal Coiled Tubing Operating Conditions
    • BP Oman Achieves Significant Reduction in CO2 Emissions for the Khazzan Project
    • CleanPhase Service Confirms Three-Phase Flow Rate Test Results
    • CNOOC International Collects Single-Phase Fluid Samples on Command
    • Cobalt Saves 2.6 Days Using the 9 5/8-in CERTIS System for Deepwater Presalt Well Testing
    • Completions Optimized with Integrated Geomechanical Approach
    • HPHT Fluid Phase Behavior, EOR Applications Resolved Using PVT System
    • Comprehensive Reservoir Test in Open-Perforation, Ultradeepwater Presalt Well Saves 10 Rig Hours
    • Continuous Real-Time Data Support and Interpretation Enhances Caspian Offshore Well Test with No NPT
    • Devon Energy Minimizes Flowback Completion Damage by Following the Recommended Secure Operating Envelope
    • Digital Well Testing Platform Efficiently Predicts Slugging and Monitors Flaring, Western Kazakhstan
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    • Diligens Mobile Production Testing Streamlines Operations During 120-Well Cleanup Campaign
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    • EverGreen Burner Minimizes Environmental Impact in Heavy Oil Development
    • Flare Redesign Enables Continuously Flowing High CO2 Concentrations in Heavy Oil Well Offshore Vietnam
    • Gauges Deployed in Hostile Downhole Environment Successfully Capture Accurate Bottomhole Data
    • High-Resolution, Real-Time Pressure Data Enhances Exploration Well Test Offshore Indonesia
    • Inline 50-ppm Water Detection in High-Rate, Multiphase Flow Optimizes High-H2S Field Processing
    • Integrated Approach Reduces Environmental Impact from Well Testing Activities and Sets Benchmark, New Zealand
    • KOC Accurately Tests Wells with Challenging Multiphase Flow Using Diligens Spectra Unit
    • Lonestar Confirms Fracture Placement and Scaling Tendency with AvantGuard Flowback Services Monitoring
    • Maze Analysis Delivers Consistent SARA Measurements Using Industry-First Microfluidic Technology
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    • Operator Saves Rig Time During High-Pressure GOM Perforating Run by Using Remote Dual Valve
    • Optimizing Plug Drillout Operations with Real-Time Flowmeter and CT Data, Eagle Ford Shale
    • PhaseTester Equipment with Vx Technology Quantifies Sand Production During Postfracturing Flowback Operation
    • Real-Time Communication and Control Expedite Remote Deepwater Exploration Test
    • Real-Time Reservoir Characterization Answers Optimize Deepwater Well Test in Underbalanced Conditions
    • Real-Time Wireless Data Acquisition Enhances Exploration Well Test in Harsh Conditions Onshore Iraq
    • Real-Time Wireless Transmission of High-Resolution Well Test Data
    • Repsol Sinopec Uses Wireless Telemetry to Communicate with Gauges Installed Below the Packer
    • Reservoir Test String Delivers Comprehensive Postfracture Evaluation
    • Signature Gauges Enabled by Muzic Wireless Telemetry Obtain Real-Time Data from Lower Completion
    • Single-Trip Downhole Reservoir Test Saves Rig Time in Ultradeepwater Presalt Environment
    • Spirit Energy Optimizes Norwegian Sea Well Test Enabled by Muzic Aeon Wireless Telemetry
    • TerraTek HRA Reduces Required Core Interval, Saving Rig Time and USD 250,000
    • Vx Spectra Flowmeter Enables Real-Time Sand Quantification During Drillout in the Eagle Ford Shale
    • Vx Spectra Flowmeter Quantifies Proppant Flowback in Real Time During Postfracturing Plug Drillout
    • Vx Technology Delivers Flow Rate Measurement Solution for Extraheavy Oil
    • Well Test Depth Correlation Saves 150 h in Operating Time over Campaign
    • Using expandable steel patches as an alternative to cement squeezes saved an operator 820 hours of rig time
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    • Companies Search for Efficient, Economic Artificial Lift Solutions
    • Dual ESP Completions Solve West Africa Deferred Production
    • Electric Submersible Pumps Fine Tuned for Gassy Wells
    • ESP Systems Enhance Reliability in Challenging Environments
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    • Evolution in Artificial-Lift Technology for Thermal Developments
    • Evolution of ESP Technology Enables Economical Application in Unconventional Wells
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    • Optimizing Artificial Lift in the Bokor Field
    • Providing Answers for Un-Testable Wells
    • Pumping Life into Mining, Variable Speed Drives Extend Pump Life
    • Pushing Up the Range of Options
    • Real-Time Flow Rate Obtained from ESP Data
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    • Robust All-Weather Electric Submersible Pump (ESP) REDA Maximus
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    • Concave Diamond Element Bits Leverage Unique Geometry Cutters to Improve ROP, Drilling Efficiency
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    • Operators Find Efficiencies in Hybrid Fracture Plug Completions
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    • Digitalising Egypt's National E&P Assets
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    • 3-D Radial Test Probe Extends Formation Testing Operating Envelope
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    • Drawdown Issues Defeated in Tough Fluid Sampling Environment
    • Efficient Openhole Logging of the Horizontal Wells
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    • Exploring New Petrophysical Possibilities Off West Africa
    • Finding Bypassed Pay in Complex Channel Sands
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    • In Situ Calibrated Velocity-to-Stress Transforms Using Shear Sonic Radial Profiles for Time-Lapse Production Analysis
    • Increased Accuracy for Seismic Reservoir Imaging
    • Integrated Formation Evaluation for Carbon Capture and Storage
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    • New Approach Describes the Indescribable
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    • New Formation Pressure Measurement Beats the Heat
    • New Logging Technology Brings New Perspective To Mature Oil Fields
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    • New NMR Tool Defines Near-Wellbore Fluid Density Differences
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    • New Test Probe Yields Key Reservoir Answers
    • Nuclear Magnetic Resonance Imaging Technology for the 21st Century
    • Operators Achieve Photorealistic Borehole Imaging in Oil-Based Drilling Fluids
    • Radial Probe Acquires Critical Formation Samples
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    • Reservoir Fluid Properties Measured Downhole
    • Schlumberger Technologies Provide Critical Reservoir Insight For Ambitious Deepwater GOM Project
    • Scientific Target Selection Optimizes Horizontal Shale Completions
    • Service Images Formation in High Definition in OBM
    • Sigma Saves Hot Well Evaluation Offshore India
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    • Taking Guesswork Out of the Reservoir
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    • Khalda Petroleum Company Accomplishes Field Record with Ridged Diamond Element Bit
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    • Khalda Petroleum Company Sets Directional Run Record with Ridged Diamond Element Bit
    • Ridged Diamond Element Bit Delivers Fastest Run in South Um Baraka Field
    • Ridged Diamond Element Bit Sets ROP Field Record, Russia
    • Petrobras Uses Ridged Diamond Element Bit Enhanced with Conical Diamond Elements, Improves ROP 112%
    • Permian Basin Operator Achieves 24-h Drilling Record
    • Khalda Petroleum Company Sets Field Record with Ridged Diamond Elements
    • NAM Mills 672-m Casing in One Run Using Schlumberger Casing Mill, Berkel Field
    • Frontera Energy Uses Integrated Schlumberger Technologies to Reduce Drilling Costs by USD 900,000
    • Rolling Diamond Cutting Element Improves Durability and Increases ROP in the Netherlands
    • Hydraulic Drilling Jar Frees Stuck Pipe in 7 Hours, Minimizing NPT and Rig Costs for Apache Canada
    • Hydra-Jar AP Drilling Minimizes NPT and Avoids Sidetracking, Improving Drilling Efficiency
    • Jarring Operation Avoids Sidetracking and Redrilling, Saving More Than USD 1.3 Million
    • Hydraulic Drilling Jar Frees Drillstring in 45 min, Averting Sidetrack in West Texas
    • Hydra-Jar AP Jar Frees Stuck Drillstring, Onshore Mexico
    • Hydra-Jar AP Jar Successfully Frees Packed-Off Drillstring, Onshore Mexico
    • Hydra-Jar AP Jar Frees Packed-Off Drillstring, Offshore Mexico
    • Equinor Sees Record ROP After First Field Run of Bit with 3D Cutting Elements
    • Piranha Mill with Mud Motor Mills 9 5/8-in Casing from 363.11 m to 819 m Offshore Brunei
    • BHA with Sealed-Bearing Roller Reamer Drills 1,394 m in 181 h, at Average ROP of 16 m/h Through Interbedded, Abrasive Formation
    • Sealed-Bearing Roller Reamer Reduces Torque, Increases ROP in Hard, Abrasive Formation
    • Sealed-Bearing Roller Reamer Reduces Torque, Increases ROP, and Saves USD 57,000
    • Sealed-Bearing Roller Reamer Reduces Torque and Increases ROP to 173 ft/h
    • Rhino XS2 Reamer Enables Talisman to Circulate for More Than 25 h After Deactivation and Drills to TD
    • Shell Eliminates Need for Extra Cleanout Run in MPD Well, South China Sea
    • Field Test of StingBlade Bit Confirms 23% Higher Build Rates, Reduced Torque in Interbedded Curve
    • Excellent Drilling Stability and Efficiency Verified in Interbedded Vertical Application
    • Greatwall Drilling Company Saves 28 Drilling Days and USD 812,000 in West Kazakhstan
    • Conical Diamond Element Bit Sets New Footage and ROP Benchmarks in Austria
    • StingBlade Bit Enables Drilling Trap Interval in One Run, Saving 40 Hours Versus AFE
    • ENAP SIPEC Uses StingBlade Bit to Set ROP Record in East Basin, Ecuador
    • StingBlade Bit Saves 28 Days of Rig Time and Associated Costs Compared with Offset Well
    • Operator Saves 7.5 h and Increases Overall On-Bottom ROP 39.2% with StingBlade Bit
    • ONGC Increases ROP by 40% to Save 15.7 Rig Days Using StingBlade Bit
    • Operator Cuts 20 Drilling Days, Saves USD 360,000 and Reaches Interval TD in Abrasive Formation
    • StingBlade Bit Helps Drill 12 1/4-in Section Shoe to Shoe in One Run, a First in the Rumaila Field, Iraq
    • StingBlade Bit Saves 18 Drilling Days in Challenging Slimhole Application
    • StingBlock Cutter Blocks Significantly Reduce Lateral Vibration with Less Weight on Reamer
    • Central Stinger Element Achieves ROP Record in Brazilian Presalt Layer
    • Escondido Uses Downhole Instrument Data and Analysis to Solve Operational Challenge
    • Xplorer Helix Configuration Increases ROP by 70%, 37.5%, and 51.8% in Three Fields, Middle East
    • Soft-Gauge Bit and MEMS Gyro-While-Drilling Service Optimize Drilling Offshore Russia
    • Laboratory Testing Proves Elastomeric Seal Integrity at 45% H2S Concentration
    • Off-Center Tool Joint Shear Ram Compliant with Upcoming Stringent Requirements
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    • Cement Plug with CemNET Technology Enables Sidetrack After Lost Circulation Event, Pakistan
    • Liner Hanger Prevents Cement Honeycombing COLOSSUS CMT
    • COLOSSUS CMT Liner Hanger System is Set Successfully at 18,000 ft in Highly Deviated Well
    • First COLOSSUS CMT Liner Hanger System Deployment in Udhailiyah Gas Well
    • 21 Copperhead Extreme Frac Plugs Withstand High Pressure for 30 Days and Are Then Milled Successfully
    • Expandable Steel Patches Overlapped to Repair Sand Screens in Horizontal Well
    • More Than 100 Expandable External Casing Packers Installed in Australia
    • Isolation Valves Successfully Protect Formations During Record-Breaking Suspension Times
    • Expandable Steel Patches Seal Casing Leaks in Two Cyclic Steam Stimulation (CSS) Wells
    • RapidTieBack Multilateral Junction Doubles Production in Yurkharovskoye Field Well
    • First 24-Hour HPHT Inflow Test Succeeds Without Applying Full Workstring Load to Liner Top
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    • Bits equipped with 3D-printed armor provide superior erosion resistance in Marcellus Shale
    • Days of Pit and Pontoon Tank Cleanup Time Eliminated
    • Direct XCD Bit Helps Parex Resources Reduce Drill Time by 17.6% Below Plan and 53% Below Nearby Offset
    • GeoSphere Service Eliminates Pilot Hole by Precisely Mapping Reservoir Boundaries, Onshore Southeast Asia
    • ENI ZFOD and Schlumberger Achieve 42% Increase in Drilling Performance, Iraq
    • IriSphere Service Successfully Avoids Impending Hazards While Drilling, Offshore China
    • True Look-Ahead-While-Drilling Geo-Stopping Technology Helps Steer Clear of High-Pressure Reservoirs
    • Kazgermunai Achieves Precision Well Placement Objectives with PeriScope HD Service, Onshore
    • HD Imaging and Multilayer Mapping Provide Sharper Borehole Images
    • NeoSteer CL ABSS and xBolt G2 Service Achieve 450-ft/h Instantaneous ROP
    • Turbodrilling System Completes Long Horizontal Section in One Run, Saving 45 Days for Sinopec
    • Operator Enlarges Vertical Hole Section in One Run with Real-Time Drilling Mechanics and Dynamics Data
    • PowerDrive Orbit RSS Contributes to 23 Days and 1 Million USD of Savings in the Middle East
    • PEMEX Achieves Maximum ROP in Tough Cretaceous Formation, Saves 168 Drilling Hours
    • CNPC AktobeMunaiGas Maps Reservoir and Exceeds Production Expectations with PeriScope HD Service
    • PeriScope HD Service and PowerDrive Orbit RSS Drilled Thin Sand Reservoir in a Single Run with 97% in Zone
    • Petrobras Achieves Inclination of Less 0.04° in 1,102-m Salt Interval in Deep Water Offshore Brazil
    • ROP Optimization and RSS Technologies Increase ROP 70% and 143% in Penglai Field with No NPT
    • PowerDrive Orbit RSS Saves Canadian Natural Resources 2 Drilling Days in 3,022-m Lateral Section
    • Operator Drills Longest Lateral Interval in the Permian Basin Using PowerDrive Orbit RSS
    • PowerDrive Orbit Sets Multiple Extended-Reach Drilling Records for Eclipse Resources
    • PowerDrive Orbit RSS Drills Record-Setting 9,630-ft Lateral in One Run
    • Operator Uses PowerDrive Orbit RSS to Drill Record Lateral in North America
    • PowerDrive Orbit RSS Drills Record 4,769-ft Lateral in 24 Hours
    • PowerDrive Orbit RSS Drills 619 Meters in 283.3 Pumping
    • PowerDrive Orbit RSS and TeleScope Service Breaks World Record for Longest Lateral in a Single Bit Run
    • PowerDrive Orbit vorteX RSS Helps Drill Basin's Longest Single-Run 8.5-in Section
    • PowerDrive Orbit RSS Drills 8 ½-in Lateral 100% in Target in 1.79 Days
    • Rotary steerable system delivers longest one-run build and lateral in Western Canada
    • PowerDrive vorteX RSS and Motor with Powerlast Elastomer Drills to TD in a Single Trip, Increases ROP 20%
    • Single Run with PowerDrive 6 RSS and PeriScope HD Service Places Lateral in Thin Kazakhstan Reservoir
    • Petrobras Improves Well Placement, Deepwater Brazil
    • Petrobras Improves Well Placement Using PowerDrive Xcel RSS and Gyrosteering
    • CNOOC Drills Through ZOE with Near-Pinpoint Trajectory Control in East China Sea
    • Sidetrack Solution Saves Slot
    • Curve and Lateral Sections Drilled in Single Run, Saving Cimarex 21 Hours of Rig Time
    • Shock Sub Tool Increases ROP 50%, Reduces Axial Vibrations While Drilling 22-in and 16-in Sections
    • StethoScope Service Reveals Reservoir Connectivity, Confirms Oil Presence in Carbonate Field
    • NOVATEK Unlocks Data Using Formation Pressure-While-Drilling Service
    • AxeBlade Diamond Element Bit Doubles Footage in High-Impact Formation in Colombian Well
    • HD Visualization of Complex and Fractured Clastics While Drilling in Oil-Based Mud
    • Dual-Imaging LWD Technology Helped Drill a Horizontal Well Faster
    • High-Definition Dual-Imaging-While-Drilling Produces Quality Images in High-Angle Wells
    • Point Resources AS Obtains High-Resolution Images in Oil-Based Mud
    • XPC Connections Overcome Fatigue While Performance Drilling, Delaware Basin
    • Operator Saves 10 Hours and Reduces Operational Risks by 30% During PT Gradient Survey
    • Wintershall Dea Captures Photorealistic Images in 6-in Borehole Drilled with NCM
    • Highest Number of Stages Well Ever Stimulated in a Single Offshore Well
    • ERD Well Delivered 85 Days Ahead of Schedule
    • Drilling Efficiency Increases by 62% in Two Fields with Complex Conditions
    • Integrated Well Construction Achieves Record Performance in Middle Eastern Field
    • Pore Compaction Damage Mechanism Identified as Driver for Matrix Acidizing Performance in Carbonates
    • Dissolver removes CaCO3 scale in HPHT well
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    • Middle East operator eliminates killing the well in removing formation damage, reducing NPT
    • Interim Production Facility Enables Early Startup
    • Water Evaporation Solves Production Challenges for Acid-Treated Well in Iraq
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    • Technical Domain Support and ResFlow ICDs Increase Production 16% in the Gulf of Thailand
    • Open Techlog Platform Enables Rashpetco to Apply Customized Equation and Standardize Workflow
    • BroadBand Sequence Service Increases Production in Refractured Well by 600 bbl/d
    • Operator Uses BroadBand Sequence Service to Boost Flowing Pressure by 300%
    • Improving Cementing Increases Production, Bakken Shale
    • Improving Cementing Increases Oil Production, Permian Basin
    • Lab Analysis: Fulcrum Technology Maintains Cement Properties
    • Enhanced Cement Limits Drilling Fluid Mobility
    • Fulcrum Technology Stops Pressure Communication through Cement Samples in Lab-Scale Testing
    • High-Efficiency Scale Removal in North Sea Well
    • Mangrove Stimulation Design Optimizes Future Well Performance in Argentina
    • Operator Produces 3 Million bbl Oil from High-Water-Cut Carbonate Reservoir
    • Operador produce 3 millones de barriles de petróleo en yacimiento de carbonatos con alto corte de agua
    • PDVSA Increases Cumulative Oil Production in Three Wells by 1,174 bbl/d Using OneSTEP System
    • WellWatcher Stim Service Verifies Diversion and Stimulation Delivery in Limited-Entry Well
    • CAM20-MT Choke Valve Withstands Erosive Frac Flowback
    • CAM20-MT Choke Valves Eliminate Frequent Erosion of Heater Chokes on Gas Production Units, Utica Shale
    • Frac Hose Connect Time Reduced by 80%, West Texas
    • Property Management Program Streamlines Equipment Storage, Maintenance, and Logistics, North America
    • Industry-First Digital Position Sensing Streamlines Wellhead Installation, Middle East
    • Tech Report: Accuracy-Verified Water Salinity Measurement and First Water Detection in Multiphase Flow
    • Digital Rock and Fluid Analytics Reduce Uncertainty in Field Development Planning
    • ABRASIJET and ACTive Services Save Operator USD 1.4 Million and Reduce Risk
    • CT-Conveyed Distributed Temperature Sensing Finds Significant Leak at 9,875 ft in a 20-Stage Horizontal Well
    • Operator Significantly Increases Efficiency While Reducing Pumping Time by 50%
    • ACTive Matrix Service Stimulation Treatment Boosted Nonproducing Horizontal Well to 2,200 bbl/d
    • ACTive Matrix Service Achieves 100% Solubility of Hydrocarbon Deposits
    • Real-Time Coiled Tubing Monitoring System Ensures Integrity of 19,521-ft String
    • CT Milling Operation Increases Efficiency and Reduces Costs by 46%
    • CT in Subsea Riserless Interventions Reduces Time During P&A Operations by 40%
    • High-Performance CT Motor Improves Milling Efficiency by 55%
    • 102 Plugs Successfully Milled Using CT in 31 Days During 8-Well Milling Operation
    • New Asphaltene Inhibition Treatment Saves Operator USD 4.9 Million
    • Nuevo Tratamiento de Inhibición de Asfaltenos Ahorra a un Operador US$ 4.9 Millones
    • Operator Accesses Previously Unreachable Targets and Improves Average Field ROP by 20%
    • CT Stuck Pipe Prevention Program Reduces CT Stuck Pipe Events by up to 88% in GoM
    • Operator Saves 35 Hours Milling Time in Seven-Well CT Milling Operation
    • Setting Packers on Coiled Tubing Saves USD 18,000 Saved Per Well in Marcellus Shale
    • Pressure Deployment CT System Eliminates Two Runs to Reperforate North Slope Well, Alaska
    • Xtreme Coil Services Saves Delaware Basin Operator 12 Hours in Milling Job
    • Xtreme Coil Services Mills Plug and Conveys Perforating Gun into Record 14,770-ft Lateral
    • Xtreme Coil Services Mills Out 101 Frac Plugs in One Run and Saves 21 Hours
    • Drilling fluid cleanup operations in Campeche Bay
    • Automated tank cleanup provides big savings in the Gulf of Mexico
    • Automatic Tank-Cleaning Technology Eliminates Pit Entry and Reduces Cleaning Time by 30%
    • ATC Technology Cuts Clean-Up Time in Half
    • On-Rig Treatment of Cuttings for Discharge Recovers USD 340,000 Fluid for Reuse
    • Two 150-Mile Segments of 12-in Pipeline Chemically Cleaned in a Single Run Using ConcentraClean Technology
    • DRILPLEX AR PLUS System Solves Lost Circulation Problems While Drilling Two Upper Intervals, Russia
    • DRILPLEX HDD Viscosifier Stabilizes Collapsing Formation
    • DURAFLO Screens for KING COBRA VENOM Shaker Last Twice as Long As Conventional Screens
    • DURAFLO Screens Remove 30% More Solids, Screen Finer, and Save USD 15,000 on Disposal Costs
    • Quantity of Mud Lost to Highly Fractured Limestone Reduced by 97%
    • FORM-A-BLOK Pill Mitigates Approximately 92% of Downhole Fluid Loss, Onshore Iraq
    • FybeCarb Material Eliminates Circulation Fluid Loss, Saves USD 1.5 Million in the Chichimene Field
    • Thermal Desorption Cutting Treatment System Enables Environmental Compliance
    • HEAVY-DUTY WELL PATROLLER Tool Removes Debris and Validates Wellbore Cleaning in One Run
    • Spraberry Field Operator Uses WBM to Improve Well Economics While Increasing ROP
    • Highly Dispersive Shale Inhibited by High-Performance Water-Based Fluid System
    • Flexible Water-Based Drilling Fluid Keeps Shale Inhibition Properties Stable
    • HydraGlyde Optima Water-Based Fluid System Delivers Oil-Based Performance
    • HydraGlyde System Improves ROP 60%, Drills 1.5x— Faster in Permian Basin Lateral Wells
    • Use of Intra LUBE Lubricant Increases ROP by 200% in Directional Well, Onshore Ecuador
    • KLA-HIB Inhibitor Reduces Mud Volumes, Minimizes Dilution in Sensitive West Siberian Shale
    • Kuwait Oil Company Drills Through Challenging Shale Sections in Record 11 Days
    • Openhole magnet tool eliminates cleanup run, saving 16.5-h rig time
    • Sidetrack milling operation retrieved 989.5 lbm ferrous debris
    • MAGNOGARD Magnet Removes Average of 68.2 lbm of Ferrous Debris from Wellbore
    • Powerful Magnet Intercepts Costly Debris, Gulf of Mexico
    • MAGNOSHIELD Magnet Collects 5.51 lb Additional Metallic Swarf in Field Trial, North Sea
    • Compact MD-2 Shaker Configuration Outperforms Traditional Shaker Setup in Dukhan Field, Qatar
    • Drilling Fluid System and Emulsifiers Help Drill 3-Mile Lateral in One Run
    • Woodford Operator Reduces Emulsifier Costs by 50% Using Enhanced Multipurpose Emulsifier
    • SCREEN PULSE Separator Reduces Mud on Cuttings by 36% and Improves Drilling Fluid Returns
    • Operator Uses SCREEN PULSE Separator to Save More Than USD 200,000 in Mud Loss and Cuttings Disposal Costs
    • MUDGARD Filter Removes 1.5 kg of Circulating Debris from Kuwait Well to Prevent Tool Failure
    • VERSA-OUT System with PEN-8 Package Enables Removal of VERSAPRO System Filtercake in Less than 24 Hours
    • FORM-A-BLOK Pill Mitigates Approximately 92% of Downhole Fluid Loss, Onshore Iraq
    • POROSEAL Plus Sealant Guards Against Wellbore Instability Issues in Exposed Heterogeneous Formation
    • Flat Rheology Fluid System Improves Operational Efficiency in Green Canyon Wells
    • Optimal Hole Cleaning and ECD Management with RheGuard System Overcomes Well Drilling Challenges
    • Accurate Hydraulics Proved Critical in Avoiding Stuck Pipe from Extended-Reach Well
    • Real-Time Analysis of Downhole Data Reduces Well Cost and Chemical Consumption
    • Automated rheometer and flat-rheology drilling fluid systems continuously measured equivalent circulating density and pore pressures
    • Operator Combines Cleaning and Perforating Run to Reduce Operational Time and Saves USD 12,000
    • Production Increases 20% Using SAFE-BREAK Prime Universal Nonemulsifier
    • SAFE-BREAK Prime Nonemulsifier Successfully Breaks Preexisting Crude and Brine Emulsion
    • Lost Circulation Material is Key Component in Reducing NPT
    • SCREEN PULSE Separator and DURAFLO Screens Help Texas Operator Reduce Fluid Discharge by 75%
    • Pulsating Separator Technology Helps North Sea Operator Reduce Oil on Cuttings by up to 26%
    • SCREEN PULSE Separator Recovers 76 bbl of Drilling Fluid for Reuse, Saving USD 3,146
    • Novel Grouting Composition Seals Challenging Loss Zone
    • Application of VeraTherm Drilling Fluid Eliminates 4 Conditioning Trips, Saving 5 Days of Rig Time
    • High-Temperature Water-Based Fluid Eliminates Conditioning Runs During Wireline Logging
    • VERSA-OUT System Boosts Oil Production 15%, Exceeding Customer Expectations, Gabon
    • VERSATROL M1 Resin Delivers Rapid Decrease in Fluid Loss
    • WARP OB CONCENTRATE Technology Controls Liner Lap Leak
    • WELL COMMANDER Circulating Valve Boosts Annular Velocities and Enhances Hole Cleaning Efficiency
    • WELL COMMISSIONER Liner-Top Test Tool Eliminates Two Trips in Ghawar Field, Saves 2.5 Days
    • Offshore Operator Runs WELL SCAVENGER Tool for the First Time Alongside Coiled Tubing Services
    • Test Results Show 85.7% Regained Permeability Achieved With D-STRUCTOR HD Organic Acid Precursor
    • Terms & Conditions for Technical Papers
    • Innovative Cost Effective and Zero Flaring Solution to Clean Up and Start Up
    • Application of Real-time ESP Data Processing and Interpretation in Permian Basin Brownfield Operation
    • Successful First Offshore Fully Retrievable ESP System Installation in Congo
    • Enhancing Reliability and Emissions Reduction: The Impact of Compact Wide Range Electrical Submersible Pumps
    • Asphaltene Alley: Improving ESP Run Life In A Co2 Flood
    • Implementation of Integrated Network Optimization Model for the Mumbai High Field
    • Production Monitoring and Surveillance of ESP Wells: Maximizing Production and Recovery in a Volatile Economic Environment
    • Getting Smarter and Hotter With ESPs for SAGD
    • How 24/7 Real-Time Surveillance Increases ESP Run Life and Uptime
    • Production Forecasting in Heterogeneous Reservoirs without Reservoir Simulation
    • Poseidon Gas Handling Technology: A Case Study of Three ESP Wells in the Congo
    • Obtaining Real-Time Flow Rate, Water Cut, and Reservoir Diagnostics from ESP Gauge Data
    • Laslau Mare Field, a Successful Case of Production Optimization in Brownfield Rehabilitation
    • ESP Retrievable Technology: A Solution to Enhance ESP Production While Minimizing Costs
    • Alternative Deployment of an ESP System in South America
    • Using Dynamic Simulation to Assess Effectiveness of Downhole Pump for Gas Well Deliquification
    • Tandem-ESP-Packer Dumpflood Completion – A Successful Alternative to Conventional Encapsulated ESP systems – Field Case Study
    • Converting ESP Real-Time Data to Flow Rate and Reservoir Information for a Remote Oil Well
    • Providing Accurate ESP Flow Rate Measurement in the Absence of a Test Separator
    • Candidate Selection and Operation of Commingled Production with a Dual ESP System in a Green Field Development
    • Testing the Untestable…Delivering Flowrate Measurements with High Accuracy on a Remote ESP Well
    • Breaking the 800 Psi ESP PIP Barrier: How A Proven Flow-Conditioning Technology can Dramatically Improve ESP Performance in Horizontal Wells
    • Increasing Production With High-Frequency and High-Resolution Flow Rate Measurements from ESPs
    • Eliminating Gas Lift by Directly Converting SAGD Wells with High-Temperature ESPs
    • First Successful Experience of Hardened Stages for Sandy Wells at Northern Llanos Field, Case History
    • Case Studies of Optimizing the Artificial Lift Strategy for Reactivating Abandoned Wells in a Mature Field
    • A New, Slickline Accessible Artificial Lift Technology to Optimize the Production Strategy in the Permian Basin
    • Extensive Application of ESP with Permanent Magnet Motor: Continuous Improvement for Energy Saving and Cost Reduction
    • ESP Water Injector Well with Injection Pressure Available for Real-Time Monitoring Recovered 30% of Production in Low-Producer Wells: Case Study
    • Successful Field Trial Deployment of ESP Rigless Technology
    • Data Management for Appropriate ESP Selection, Procedures, and Operation Results in a Significant Reduction of Early Failures
    • A 24/7 Surveillance Service Improves ESP Uptime in US Unconventional Reservoirs
    • Use of Failure Analysis Techniques to Improve Reliability by Material Selection in SAGD Applications
    • Changing the Way
    • Extending ESP Run Lives: Permian Basin
    • Offshore Installation of Rigless Shuttle ESP
    • Permanent Magnet Motors: The Future of ESP Applications?
    • Defining a New Era for Induction Motors
    • First Application of Rigless Electrical Submersible Pump Technology in the Gulf of Mexico
    • Enhancing Production from High-Enthalpy Geothermal Wells with New Electric Submersible Pump Technology
    • Ultrahigh-Speed ESP Technology Solution for an 11,400-ft Well: First Successful Deployment with Induction Motor in Ecuador
    • Comparative Study of the World's First Deployment of a Compact Wide-Range ESP System with Induction Motor at MDC Field, Ecuador
    • Maximizing Oil Production in a Brown Field: A Case Study of a Compact Wide-Range ESP Deployment in Ecuador
    • Experimental Investigation of Two-Phase Flow Performance with Electrical Submersible Pump and Helico-Axial Pump
    • Jubarte—An Approach to the Operation of Deepwater ESPs
    • Case History of Successfully Controlled Shutdown and Startup of ESP in Llanos Norte Field
    • ESP System Configurations with Flexibility to Manage Unconventional Wells in the Mississippi Lime Formation
    • Pioneering Completion and Production Techniques for Unconventional Plays in the Permian Basin
    • Managing Unsteady Multiphase Flow from Horizontal Wells with ESP Systems
    • Artificial Lift ESP Solutions for the Unconventional Plays in Eagle Ford Shale
    • Development of Jubarte Field: From Project Basis to Operational Challenges and Solutions
    • A Novel Approach to Retrofitting ESPs into Existing Subsea Wells
    • ESP Real-Time Data Enables Well Testing with High Frequency, High Resolution, and High Repeatability in an Unconventional Well
    • Multiphase Flow Simulation of Horizontal Well Artificial Lift and Life-of-Well Field Case Histories: HEAL System Modeled in PipeFractionalFlow
    • Optimizing MFHW Completion and Fracturing in Shale Formations
    • Nova Tecnologia de Broca PDC/Elemento Cônico de Diamante: O Modelo Dinâmico Numérico e os Resultados de Campo na Bacia de Santos
    • Optimization of the PDC/CDE Hybrid Cutting Structure Developed to Drill the Pre-Salt Carbonates Reservoirs Offshore Brazil
    • Seleção de Broca PDC para a Perfuração dos Carbonatos Heterogeneos do Pré-Sal Brasileiro
    • Nova Estrutura de Corte com Elemento Cônico de Diamante Desenvolvida para Perfuração dos Carbonatos Heterogêneos do Pré-Sal Brasileiro
    • Innovative use of Hybrid Bits to Improve Drilling Performance in the Brazilian Pre-Salt
    • Model-Based Design Approach Takes Pre-Salt Drilling in Buzios Field to the Next Level
    • Drilling Presalt Carbonates Offshore Brazil With New Bit Technology
    • Integrated BHA System Drills Curve/Lateral in One Run at Record ROP Saving Seven Days Rig Time
    • Mitigating Vibration with Roller Reamer Technology Improves Drilling Efficiency in Hard/Abrasive Formation
    • Solving Dual-Trip Zonal Isolation Issue
    • Underreamer Block with Conical Diamond Elements
    • Drilling Optimization Using Model-Based Design and Stratigraphic Zonation
    • Innovative Technologies Drive Benchmark Performance Drilling Challenging Caipipendi Block In Bolivia
    • Advancing onshore CCS for cement Industry
    • 2024-CCUS-SPE-219148-Multidomain-Integrated-Approach
    • 2024-CCUS-SPE-219315-Strategy-Development-The-Challenges of CO2 Storage
    • Establishing Best Practices for Well Abandonment in CCS
    • Screening and Ranking of CCS Sites Offshore
    • Engineered Solid Package Enables Lifting Cement in the Permian Basin
    • Self-Healing Cement for Long-Term Safe Exploitation of Gas Wells: A New Technology Case Study
    • Successful High-Density Cement Plugs in an HP/HT Presalt Deepwater Well in Brazil’s Santos Basin
    • Overcoming Lost Circulation While Cementing Riserless Tophole in Deepwater
    • Riserless Plug and Abandonment of Pilot Holes in Ultradeep Water
    • Plug and Abandonment Using Reverse Cement Placement Technique in Deepwater Gulf of Mexico
    • Low-Temperature Dispersant Improves Cement Slurry Properties in Deepwater Operations
    • A Practical Approach to Multiwell Decommissioning
    • Real-Time Monitoring and Diagnoses on Deepwater Cement Barrier Placement
    • Use of Surfactant in Cement Slurry to Mitigate Incompatibility with Synthetic-Based Drilling Fluids
    • Self-Healing Cement System—A Step Forward in Reducing Long-Term Environmental Impact
    • Cementing in HPHT Gas Environment Using a Novel Flexible And Expandable Cement Technology To Withstand Pressure And Temperature Cycles
    • Flexible, Expanding Cement System Successfully Provides Zonal Isolation Across Marcellus Shale Trends
    • Fiber Technology Simply and Effectively Cures Total Losses in Southern Mexico Without Knowing Size of Fractures
    • New Thermally Responsive Cement for Heavy Oil Wells
    • Foam Cement Job Simulations
    • Successful Implementation of Engineered Fiber Based Loss Circulation Control Solution to Effectively Cure Losses While Drilling, Cementing and Work Over Operations in Oman
    • Successful Cementing Based on New Design Methodology for Displacement of Non-Aqueous Drilling Fluid
    • Current Industry Practices: Placing Cement Plugs in a Wellbore Using a Stinger or Tail-Pipe
    • Degradable Fiber Pill for Lost Circulation in Fractured Reservoir Sections
    • Application of Real-Time Process Control and Engineering Software Simulation in Foam Cementing
    • Engineered Fiber-Based Loss Circulation Control Pills To Successfully Combat Severe Loss Circulation Challenges During Drilling and Casing Cementing in Northern Pakistan
    • Overcoming Losses in Tophole Sections in Deepwater Namibia
    • ECD Management Solves Lost Circulation Issues in Cementing Narrow Pressure Window: A Case Study
    • A Statistical Evaluation of Cement Placement Techniques By Use of Cement Bond Index
    • Zonal Isolation | Highly Challenging Deep Water Environment
    • Deepwater Cementing: How Knowledge Management Played a Key Role
    • Beating the Odds with Channeling in ERD Well Cementing: Solution to Persistent Channeling Problems
    • Maintaining Well Integrity in Underground Gas Storage Wells in China Using a Novel Cementing Technology
    • Successful Cementing of Ultra HTHP Wells under Managed Pressure Drilling Technique
    • Implementation of a Fit-for-Purpose Cementing Technology for the First Gas Hydrate Production in Japan
    • Implementation of an Engineered, Fiber-Based Spacer Solution for Improved Mud Removal - Thailand Case History
    • Challenges and Solutions While Cementing Long Extended Reach Wells in UAE
    • Fiber Technology Improves Cement Bonding and Eliminates Sustained Casing Pressure
    • Success Through Continuous Innovation to Achieve Better Zonal Isolation in Extended Reach Wells in a UAE Field
    • Effective Zonal Isolation in Horizontal Wells
    • Viable Solution to Drill Through Induced Losses in Limestone Formation in Extended-Reach Wells in UAE Offshore
    • Engineered Flexible Expandable High-Density Cement System in Loss Prone High-Pressure Salt Section in Northern UAE
    • Elimination of the Sustained Casing Pressure using Self-Healing Cement in Turkmenistan Section of the Caspian Sea
    • Healing Total Losses and Establishing Well Integrity with Engineered Fiber-Based Lost Circulation Control Spacer in UAE Offshore
    • Long Cement Plugs in Ultradeepwater Environment in French Guiana
    • Development of Interventionless Hydrostatic-Set Isolation Packer for High-Pressure, Ultradeep Well
    • Advanced Completion Optimization ACO: A Comprehensive Workflow for Flow Control Devices
    • Reducing Intervention in Subsea Wells with Fiber-Optic Technology
    • Surface-controlled Formation Isolation Valves and Their Application as a Barrier for Temporary Well Suspension
    • Highest Reliability Provides World-Class Benchmark For Permanent Downhole Monitoring Installation And Data Delivery In Malaysia
    • In-Situ Temperature Measurement of Gas Hydrate Dissociation During the World-First Offshore Production Test
    • Numerical Simulation on the Impact of Temperature Behavior for Cement Hydration
    • A Deepwater Sandface Monitoring System for Offshore Gas Hydrate Production
    • Development of High-Pressure Packer Bypass Conduits for Multizone Openhole Gravel-Pack Packer
    • Road to Well Completions Electrification to Support Sustainable Field Development
    • Using DTS Flow Measurements Below Electrical Submersible Pumps to Optimize Production from Depleted Reservoirs by Changing Injection Support Around the Well
    • Monitoring Flow and Completion Integrity of a North Sea Subsea HPHT Appraisal Well During an Extended Well Test Using Permanently Installed Fiber-Optic Temperature Sensors
    • Intelligent Completions and Horizontal Wells Increase Production and Reduce Free-Gas and Water in Mature Fields
    • Implementation of Next Generation Intelligent Downhole Production Control in Multiple-Dipping Sandstone Reservoirs, Offshore East Malaysia
    • Pioneer Application of a Hydraulic Line Wet Mate Connect System in Combination with a Pod ESP in a Dual Lateral Intelligent Completion Well
    • Case History of the First TAML Level 5 Junction on a Rod Pump Well
    • Powering Through a Lateral Junction for ERC Wells—Is It Really a Step Too Far?
    • New Generation Intelligent Completion System Integrates Downhole Control with Monitoring in Multilateral Wells
    • Prototype Test of an All-Electric Intelligent Completion System for Extreme Reservoir Contact Wells
    • Intelligent Field Infrastructure: Distributed Intelligence and Retention Based System
    • Polymer Field Trial: Deployment of Intelligent Technologies for Horizontal Wells and Real-Time Approach for Surveillance
    • Achieving Operation Efficiency and Enhancing Production in a Brownfield With Multizone Gravel-Packed Intelligent Completions: Two Case Studies From Malaysia
    • Successful Application of Intelligent Completions in Al Khalij Field
    • A Full-Scale Two-Phase Flow Loop Test of Downhole Permanent Multiphase Flowmeter
    • The Value of Transient Temperature Responses in Testing Operations
    • Characterizing Reservoir Thermofacies by Using Distributed Temperature Sensing Measurements
    • Interpretation of Non-Isothermal Testing Data Based on the Numerical Simulation
    • Real-Time Production Optimization of an Intelligent Well Offshore, Caspian Sea
    • Advanced Intelligent Completion Solution for Extended-Reach Wells
    • TAML-5 Intelligent ERD Offshore Well: A Case Story of Successful Application in the North Caspian
    • Case Studies of Hydraulic Wet Connect System for Pod ESP and Intelligent Completion Applications in Multilateral Wells
    • A Decade of Experience Using Intelligent Completions
    • Real-Time Surveillance and Optimization of Wells with Intelligent Completions in Ecuador
    • Determination of Load Effects on a Sealbore Packer with Floating Seal Assemblies During a Dynamic Underbalanced Perforation
    • First Intelligent Multilateral TAML5 Wells on Filanovskogo Field
    • Openhole Mechanical Packer with Eccentric Shunt-Tube Gravel Pack Assembly Reduces Capex and Accelerates Production in Kaombo Deepwater Development, Angola
    • Strategic Waterflood Optimization with Innovative Active Injection Control Devices in Tight Oil Reservoirs
    • First Subsea Deployments of Permanent Electrical Distributed Temperature Array Enable OOZI Monitoring in Perdido
    • Employing Smart Flow Control Valves for Fast Closed-Loop Reservoir Management
    • Efficient Optimization of Field Management Strategies in Reservoir Simulation
    • Russian National Oil Company Successfully Implemented Selective Flotation
    • Digital Production Optimization Boost for North Caspian Field With 3-Phase Real-Time Downhole Flow Metering System From Enhanced Intelligent Completion
    • Industry First Subsea Reentry Multilateral Wells
    • Restoration of High-Temperature Well Integrity via Real-Time Coiled Tubing Patch Application
    • Record-Setting Workover Saves Extended Marcellus Lateral
    • Innovative Multitrip Method for All-Electric Intelligent Multilateral Completions in Extended-Reach Wells
    • Carbonate Oil Rim Production Strategies Using Cloud-Based Optimization of Electric Interval Control Valves (eICVs) with Continuous Chokes
    • Drilling for the Next Generation of Multilateral Completion Systems
    • A Step Change in the Digital Oilfield Arena-SPE-205761-MS
    • Advanced Modeling of Production Induced Stress Change Impact on Wellbore Stability
    • AI Innovations in Waterflood Management, The Path to Autonomous Operations
    • An Innovative Workflow for Real-Time Torque and Drag Monitoring
    • Application of Digital Well Construction Planning Tool During Well Conceptualization Phase
    • Application of Machine Learning-Assisted Fault Interpretation
    • Automated Drilling Variances Detection Through Smart Alarms System
    • Automated Workflow Based on Transient Multiphase Technology
    • Automating the Well Planning Process to Deliver Auto-Updated and Coherent Drilling Programs
    • Cloud Enable Geosteering Trajectory Planning Ahead of the Bit Fit
    • Data Driven and AI Methods to Enhance Collaborative Well Planning and Drilling Risk Prediction
    • Development to Delivery - A Collaborative Approach to Implementing Drilling Automation
    • Digital Innovation of Well Construction Process in Ecuador Through RigAutomation
    • Digital Twin Implementation on Current Development Drilling Benefits and Way Forward
    • Drilling Automation-The Step Forward for Improving
    • Drilling Efficiency Benchmarking Tool-Developing A Drilling Performance Measure
    • Enhancing BHA Tendency Modeling Accuracy Using Hybrid Physics and Machine Learning
    • Innovative Automated Data Driven Daily Drilling Reporting - SPE-209894-MS
    • Machine Learning Assisted Petrophysical Logs Quality Control-SPE-202977-MS
    • Multi Well Analysis Data Processing for Event Analysis and Mitigation
    • New Digital Well Construction Planning Solution
    • Quantification of Our Carbon Footprint While Drilling
    • Recipe for Digital Change-A Case Study Approach to Drilling Automation
    • Remote Drilling Supervisor- The future of Remotely Operated Rigs
    • SPE-217658-MS-Digital Transformation of Well-Engineering
    • The Accurate Emission Forecast at the Well Planning Stage
    • The Journey for Digital Well Delivery Technology Adoption
    • Unlocking the power of scientific theory combined with AI
    • Unlocking Value From Data is Key to Successful Digital Transformation
    • Well Control 4 0 - Integration of a Transient Model in Automated Well Planning Workflows
    • Well Design Re-Engineering-First Level of Emission Footprint Optimization
    • Capitalizing Drilling Lessons Learned by Executing them with an Advance Automation System
    • Daily Drilling Report Automation to improve utilization and effectiveness of data
    • Digital Cloud Enables Evolution of Well Construction Workflows
    • Digital Well Integrity Solution Helps Support BP Omans Sustainability Objectives
    • Digitalization and Automation of the Planning and Execution of Well Construction Process
    • Dynamic Well Control Simulation to Ensure Safer Sampling and Deep Transient Testing
    • First Time Application of Bit with Unique-Geometry Cutting Element
    • Leveraging Digital Transformation in the Well Construction Planning Process
    • Liberating Subsurface Models for Use in Well Construction
    • Machine Learning Delivers Automated Feedback on Real Time
    • Machine Learning Model for Drilling Equipment Recommender System
    • Managing Drilling Real-Time Center Remotely Amid Covid-19
    • New Methods for Improving Drilling Performance-The Power of Digital Workflows
    • Real Time Data Analysis Unveils Potential Savings in Drilling Operations
    • Real Time MSE Ratio Monitoring Enables Early Bit Failure Detection
    • Real-Time Enabled Digital Technologies Solution
    • Successful Implementation of Electronically Delivering the Limit Project
    • The First Application of a Cloud-Based Well Engineering Solution
    • Well Control Considerations for CO2 Wells Based on Multiphase Flow Simulations
    • Feature Compensated Borehole Image Compression for Real-Time Logging While Drilling
    • Multimeasurement Logging-While-Drilling Imager
    • A Comprehensive Approach to Well-Collision Avoidance
    • Rotary Steerable System Technology Case Studies in the Canadian Foothills: A Challenging Drilling Environment
    • Using Geomagnetic Referencing Technology for Precise Wellbore Placement
    • Initial Results of Unique At-bit Imaging Technology Examples from Middle East Carbonates
    • Image Logs Worth Hundred Applications
    • Drilling a Deep-Water Well in a Subsalt Structure in Mexico
    • Advances in Borehole Geology Interpretation Using New Dual-Imager LWD Tool for Oil-Based Mud
    • Characterization of Sampling While Drilling Operations
    • Successful Application of Geomagnetic Referencing for Accurate Wellbore Positioning in Deepwater Project Offshore Brazil
    • Innovative Managed-Pressure-Cementing Operations in Deepwater and Deep Well Conditions
    • LWD Sonic Cement Logging: Benefits, Applicability, And Novel Uses For Assessing Well Integrity
    • Design, Development and Field Testing of a High Dogleg Slim-Hole Rotary Steerable System
    • Utilizing Wired Drill Pipe Technology During Managed Pressure Drilling Operations to Maintain Direction Control, Constant Bottom-hole Pressures, and Wellbore Integrity in a Deep, Ultra-depleted Reservoir
    • Drilling Optimization in Deep Tight Gas Field
    • Fit-for-Purpose BHA Design for Drilling Complex Wells Offshore Brunei Leads to New Industry Benchmark
    • Fit-For-Purpose Acoustic Cement Evaluation Using Logging While Drilling in Deepwater
    • Evaluating Formation Fluid Properties During Sampling-While-Drilling Operations
    • Quantifying Asphaltene Content from Downhole Optical Spectral Data during Sampling While-Drilling Operations
    • The Role of Big Data in Operational Excellence and Real-Time Fleet Performance Management
    • Evolution of Multi-Mineral Formation Evaluation Using LWD Data in Complex Carbonates Offshore Brazil
    • New LWD Slimhole Imaging Technology Applications for Completion System Optimization in Naturally Fractured Carbonate Reservoirs in Mexico
    • Minimizing Drilling Risks for Exploration Well in Deep Water Using Seismic While Drilling Technology
    • Innovative While-Drilling Dual-Imager
    • A Horizontal Drilling Breakthrough in Developing 1.5-m-Thick Tight Gas Reservoir
    • Improvements in Reservoir Fracture Network Characterization
    • An Integrated Solution in Drilling First Successful Horizontal Well in a Deep Carbonate Reservoir of North Kuwait
    • Planning and Placing First Waimea Horizontal Production Well - A Case History - Campos Basin, Brazil
    • Drilling Performance Initiative in Campos Basin Block C-M-592
    • Integrated Petrophysics and Geosteering Reservoir Characterization in the Initial Development Phase of a Carbonate Reservoir - Campos Basin, Offshore Brazil
    • Advanced Design and Execution Techniques for Delivering High Data Rate MWD Telemetry for Ultradeep Wells
    • Ultradeepwater Drilling Perdido Gulf of Mexico
    • LWD Sonic Data Analysis and Applicability in South China Sea
    • Marine Magnetic Surveying and Disturbance Field Monitoring by Autonomous Marine Vehicles
    • Efficient Drilling of Ultra-HPHT Wells in the Gulf of Thailand
    • Next Generation LWD Sonic Tool
    • New Technology Delivers Results in Unconventional Shale Play
    • World's First High Curvature Rotary Steerable System
    • New Logging-While-Drilling Azimuthal Resistivity and High Resolution Imaging in Slim Holes
    • Well Placement Using Borehole Images and Bed Boundary Mapping in an Underground Gas Storage Project in Italy
    • Influence of a Pipe Tool on Borehole Modes
    • LWD Sonic Tool Design for High-Quality Logs
    • Shear Slowness Estimation by Inversion of LWD Borehole Quadrupole Mode
    • Semblance Criterion Modification to Incorporate Signal Energy Threshold
    • Geomagnetic Referencing Service - A Viable Alternative for Accurate Wellbore Surveying
    • Sonic While Drilling: Multipole Acoustic Tools for Multiple Answers
    • High-resolution Images and Formation Evaluation in Slim Holes from a New Logging-While-Drilling Azimuthal Laterolog Device
    • Shale Gas Reservoir Characterization Using Logging While Drilling in Real Time
    • Unlocking the Shale Mystery: How Lateral Measurements and Well Placement Impact Shale Gas Completions and Resultant Production
    • Improved Drilling Economics and Enhanced Target Acquisition Through the Application of Effective Geomagnetic Referencing
    • Compensated Neutron-Gamma Density for Formation Evaluation, Continuing Field Tests Demonstrate Improvements and New Features
    • New Approach for Successful Sidetracking of a Cement Plug in Salt and Sub-Salt Wells at High Inclinations Using Rotary Steerable Tools and Reamers
    • Advanced LWD Imaging Technology in the Niobrara – Case Study
    • Drilling Automation: An Automatic Trajectory Control System
    • Sourceless LWD Service Provides Unique Petrophysical Measurements for the First Time in Offshore Environment: A Case Study from Libya
    • Characterization of Gas Dynamics in Kerogen Nanopores by NMR
    • Geomagnetic Referencing in the Arctic Environment
    • Real World Remote Operations: A Spectrum
    • Real-Time Drilling Engineering: Hydraulics and T&D Modeling for Predictive Interpretation While Drilling
    • Collaborating on Real-Time Geomechanics Across Organizational Boundaries
    • Directional Drilling Tests in Concrete Blocks Yield Precise Measurements of Borehole Position and Quality
    • High-Confidence Vertical Positioning for Extended Reach Wells
    • Automated Closed-Loop Drilling with ROP Optimization Algorithm Significantly Reduces Drilling Time and Improves Downhole Tool Reliability
    • Integrating Casing Drilling and Conductor Sharing Technology To Optimize Brownfield Redevelopment Plans
    • Solving Slow Drilling/Hole Deviation Issues: Modeling Effort Increases ROP by 250%, Saving Operator 14-Days Rig Time, Tuha Region China
    • De-Risking Horizontal Well Through Application of New Deep Directional Resistivity Tool to Equate Seismic Data with Borehole Data
    • The Value of Implementing Survey Management Technique on Existing Crowded Platform to Safely Drill Future Wells
    • Geosteering the Impossible Well: A Success Story from the North Sea
    • Sourceless LWD Porosity Determination: A Fit For Purpose Formation Evaluation With Significant HS&E Benefits
    • Improving Well Placement and Reservoir Characterization with Deep Directional Resistivity Measurements
    • Logging-While-Drilling Cement Evaluation, A Case Study from the North Slope Alaska
    • New Generation Magnetic Resonance While Drilling
    • Uncovering the Potential of Thin, Tight Gas Reservoirs in Sichuan Basin, China—New Development Campaign Using New LWD Imaging Technology and Innovative Interpretation Workflows
    • Addressing Wellbore Position Challenges in Ultra-Extended-Reach Drilling in Russia
    • Rank Wildcat Drilling Risks & Drilling Time Reduced in Ultra Deepwater Offshore Namibia with the Application of Seismic & Formation Pressure While Drilling Technology
    • High Quality Images While Drilling
    • An Innovative Survey Method Using Rotating Sensors Significantly Improves the Continuous Azimuth and Inclination Measurement Near Vertical and Offers Improved Kickoff Capabilities
    • Workflow to Image Unconformities with Deep Electromagnetic LWD Measurements Enables Well Placement in Complex Scenarios
    • Downhole Steering Automation and New Survey Measurement Method Significantly Improves High-Dogleg Rotary Steerable System Performance
    • Casing While Drilling Utilizing Rotary Steerable Technology In The Stag Field-Offshore Australia
    • Feasibility and Challenge of Quantitative Cement Evaluation With LWD Sonic
    • Deepwater Wells Top Hole Cement Volume Evaluation using Innovative Hole Size Inversion from LWD Propagation Resistivity Measurements
    • First Successful 6 1/8-in Long Horizontal Hole (9,000 ft) Steering into a 2-ft Thick, High-Temperature Reservoir and Completed with 4 1/2-in X 3 1/2-in Slotted Liner in the UAE
    • Integrated BHA Improves ROP by 62% in ERD Operation Saving 29 Days Rig-Time, Sets Russian Lateral Length Record
    • Unified Team Approach: Leveraging Real-Time Capabilities Reduces NPT While Enhancing HSE Effectiveness
    • On the Benefits of Automation in Improving the Drilling Efficiency in Offshore Activities
    • Combining MWD Ranging Technology and Gyro While Drilling (GWD) in High Inclination Wellbores Deliver Reduced Drilling Costs and Complexity Without Compromising Safety
    • Avoid Pilot Holes, Land Wells and Optimize Well Placement and Production with Deep Directional Resistivity Logging-While-Drilling
    • Systems Modeling and Design of Automated Directional Drilling Systems
    • Continuous High-Frequency Measurements of the Drilling Process Provide New Insights Into Drilling System Response and Transitions Between Vibration Modes
    • Attenuation-Based Quantitative Cement Bond Index With LWD Sonic: A Novel Approach Applicable to all Casing and Cement Cases
    • Geo-Stopping Using Deep Directional Resistivity LWD
    • Facies Analysis and Permeability Estimation In Late Cretaceous Giant Carbonate Reservoir Using LWD Technology, A Case Study in Sabriyah Field, North Kuwait
    • Performance Step Change: Optimized PDC Design for Directional Drilling Application Increases ROP by 39% Drilling Difficult Hard/Interbedded Formations in Northern Kuwait
    • Reducing Risk and Improving Efficiency of Extended Reach Drilling Through Use of Sampling While Drilling Technology
    • Directional Casing While Drilling (CwD) Reestablished as Viable Technology in Saudi Arabia
    • Innovative Rolling Cutter Technology Significantly Improved Footage and ROP in Lateral and Vertical Gas Applications in Saudi Arabia
    • Operating a Sampling While Drilling Tool in Low Permeability Carbonates and Lessons Learned on Hydrocarbon Breakthrough
    • Well Productivity Analysis Integrating Ultra-High Resolution LWD Images and PLT: A Data Integration Case Study
    • Unique Approach to Bit Design Coupled with Innovative Rolling PDC Cutter Sets New Performance Benchmark Drilling Extremely Abrasive Sandstone Formations, Usinsk Region Russia
    • Full-Range Quantitative Cement Bond Evaluation with LWD Sonic: The Right Way of Approach Using a Hybrid of Amplitude and Attenuation
    • First Successful Logging Jobs Worldwide with a High-Resolution Logging-While-Drilling Imaging Tool for 8.5-in. Boreholes
    • Invisible Lost Time Reduction and Drilling Risk Management Optimization in United Arab Emirates Onshore Field
    • Robust Design of Rotary Steerable System RSS and Revised Drilling Procedure Deliver Superior Performance in a UAE Onshore Field
    • The First Successful Experience of Directional Casing Drilling Technology in Timano-Pechora Region, Russia
    • Petrophysical and Geochemical Evaluation of an Avalon Shale Horizontal Well in the Delaware Basin
    • Learnings from a New Slimhole LWD NMR Technology
    • Geosteering and/or Reservoir Characterization the Prowess of New-Generation LWD Tools
    • Slow Formation Shear from an LWD Tool: Quadrupole inversion with a Gulf of Mexico Example
    • New Technological Developments And Methods For Improving Well Placement In The Vincent Field, Australia
    • A New Standard in Real-Time LWD Sonic Capability: Improving Confidence in Critical Wellbore Stability and Formation Evaluation Decisions
    • A Discovery in the LWD Resistivity Tool Response in a High-Angle Well—A Case Study of Spiraled Borehole Response
    • Formation Anisotropy and Heterogeneity Evaluation with a High-Resolution LWD Ultrasonic Slowness Imaging Tool
    • Geomechanical Evaluations of Deep Shale Gas Reservoir in Sichuan Basin, Western China
    • Sampling While Drilling: An Emerging Technology
    • Understanding Overpressure Trends Helps Optimize Well Planning and Field Development in a Tectonically Active Area in Kuwait
    • IADC Dull Code Upgrade Photometric Classification and Quantification of the New Dull Codes
    • spe-225716
    • New Generation of Well Surveillance
    • New Azimuthal Resistivity and High-Resolution Imager Facilitates Formation Evaluation and Well Placement of Horizontal Slim Boreholes
    • The Introduction of an At-Bit Natural Gamma Ray Imaging Tool Reduces Risk Associated with Real-Time Geosteering Decisions in Coalbed Methane Horizontal Wells
    • Neutron-Gamma Density (NGD): Principles, Field Test results and Log Quality Control of a Radioisotope-Free Bulk Density Measurement
    • Advances in Formation Evaluation Independent of Conveyance Method: State of the Art Logging While Drilling & Wireline Petrophysical Analysis in a Carbonate Reservoir Offshore Brazil
    • Reliability Indication of Quantitative Cement Evaluation With LWD Sonic
    • Well Integrity Evaluation with LWD—Quantitative Full Range Cement Bond Index
    • Fracture, Texture and Saturation Analysis from High Resolution LWD Images and Resistivity
    • A Systematic Approach for Wellbore Drilling and Placement of SAGD Well Pairs and Infill Wells
    • Petrophysical Evaluation of Unconventional Najmah Formation of Kuwait
    • Understanding the Interplay of Fractures, Stresses and Facies in Unconventional Reservoirs - Case Study from Chad Granites
    • Reservoir Characterization by Crosswell Seismic in Dom João Field, Brazil
    • Openhole Tractor and High-Tension Conveyance Package Reduces HSE Risk and Saves 3 Days of Rig Time for Formation Fluid Sampling in a Highly Deviated Well
    • New Wireline Extreme Pull Systems Reduce Gulf of Mexico Deepwater Fishing Incidents Saving Operators 12 Days of Deepwater Rig Time and USD 9 Million
    • State-of-the-Art Open Hole Tractor Enables Accurate Pressure Measurement in Horizontal Wells, Resulting in Significant Rig Time Saving
    • Formation Fluid Sampling with Drilling Fluids Tracers, and Downhole Monitoring—New Processes
    • Field Test Results of a New Dielectric Dispersion Tool: Improving Production Prediction in the San Jorge Basin
    • Downhole Fluid Density for Water-Base Mud Formation-Water Sampling with Wireline Formation Tester
    • The Continuous Improvement of Formation Evaluation Data Assurance. A Case Study from Off-Shore Qatar
    • Novel Perforation Job Design Leads To Successful TCP Shoot In A 3000 Foot Horizontal Carbonate Producer
    • A New Method for OBM Decontamination in Downhole Fluid Analysis
    • Flow Modeling and Comparative Analysis for a New Generation of Wireline Formation Tester Modules
    • Improvements of Sampling and Pressure Measurements with a New Wireline Formation Tester Module in Carbonate Reservoirs
    • WBM Contamination Monitoring While Sampling Formation Water with Formation Testers: A Novel Approach
    • DFA Connectivity Advisor: A New Workflow to Use Measured and Modeled Fluid Gradients for Analysis of Reservoir Connectivity
    • New Generation of Ultrasonic Technology for Cement Evaluation
    • Fluid-Front Tracking in a Mature Jurassic Carbonate Reservoir Using Innovative Pulsed Neutron Solutions for the First Time Offshore Abu Dhabi
    • Application of a New Array Dielectric Tool to the Characterization of Orinoco Belt Heavy Oil Reservoirs
    • Evaluación de Formaciones en Campos Maduros: Resultados de la Prueba de una Nueva Herramienta de Dispersión Dielectrica en la Cuenca del Golfo San Jorge
    • Operaciones de Logging a Cable, Especialmente con Herramientas de Resonancia Magnética, en Pozos Altamente Desviados en el Bloque de Aguada Pichana, Neuquén. Planeamiento, Construcción y Evaluación.
    • Imágenes sísmIcas por debajo de IntrusIvos medIante el uso de Walk-aWay, en el área resero
    • WAG-CO2 EOR Horizontal Wells Pilot Surveillance at a Giant Abu Dhabi Oil Field
    • Sonic-Derived TI Anisotropy as a Guide for Seismic Velocity Model Building
    • Combining Selective Stimulation with Tailored Perforating Improves Injection Profile in A Carbonate Reservoir: A Case Study
    • Integrated Approach: Perforation System Optimization for Sand Prevention
    • A Methodology Aid in Production Enhancement by Segmented Completion Using Sonic and Micro-Resistivity Imaging Data in Horizontal Drain-holes
    • Interpretation of DFA Color Gradients in Oil Columns Using the Flory-Huggins Solubility Model
    • Effective Perforating Design for Matrix Acidizing in Pre-salt Carbonates
    • Applying Laboratory Validated EOS-Based Downhole Fluid Characterization to Delump Downhole Fluid Analysis Compositions
    • Low Resistivity Pay Evaluation Using Triaxial Induction in Offshore South China
    • Success Story of Downhole Fluid Sampling in a Very Challenging Environment in the Gulf of Thailand
    • In-Situ Heavy-Oil Fluid Density and Viscosity Determination Using Wireline Formation Testers in Carbonates Drilled With Water-Based Mud
    • Casing Integrity Evaluation in Deep Well with Extreme Heavy Mud in Tarim Basin
    • Quantification of Remaining Oil Saturation Using a New Wireline Dielectric Dispersion Measurement - A Case Study from Dukhan Field Arab Reservoirs
    • Rapid Producibility Evaluation of Thin, Sand-shale Laminated Reservoir - A Case Study in South China Sea
    • Enhanced Geomechanical Modeling with Advanced Sonic Processing to Delineate and Evaluate Tight Gas Reservoirs
    • New Method of Acquiring Openhole Logs In Unconventional Wells
    • Evaluation of Production Log Data from Horizontal Wells Drilled in Organic Shales
    • Innovative In-situ Reservoir Stress Test Helped to Manage and Optimize Water Disposal under Fracturing Conditions in South Oman
    • Reservoir Surveillance and Successful Infill Well Delivery in a Mature Asset
    • Applications of Accurate In-Situ Fluid Analysis in the North Sea
    • Walkaway VSP Aid in Well Location Selection in Mumbai High South India, A Case Study
    • The Natural Fracture Evaluation in the Unconventional Tight Oligocene Reservoirs - Case Studies from CuuLong Basin, Southern Offshore Vietnam
    • Accurate Porosity Measurement in Gas Bearing Formations
    • Application of Wireline Stress Testing for SAGD Caprock Integrity
    • Integration of Mineral Model with Carbon-Oxygen Log Interpretation to Reduce Uncertainty in Hydrocarbon Saturation
    • Fluid Identification in Light Hydrocarbons Using NMR and Downhole Fluid Analyzers
    • An Integrated Case Study of Improved Oil Pay Evaluation in Shaly, Laminated, Low Mobility Reservoirs Using Wireline Cased Hole Dual Packer and Production Test
    • Reservoir Evaluation and Completion Optimization in Heavy Oil Sands With Dielectric and Diffusion Measurements
    • Mini-DST to Characterize Formation Deliverability in the Bakken
    • Oil-Water Delineation With a New Formation Tester Module in an Exploration Well
    • New Wireline Formation Tester Development Makes Sampling and Pressure Testing Possible in Extra-Heavy Oils in Mexico
    • Integration of Dielectric Dispersion and 3D NMR Characterizes the Texture and Wettability of a Cretaceous Carbonate Reservoir
    • Carbonate Reservoir Characterization at Different Scales: Proving the Value of Integration
    • Polymer-Locked, Crush-Free Wireline Composite Cables Reduce Tool Sticking and HSE Risk in Emerging Deepwater Reservoirs
    • Combining Pressure Falloff and Buildup Testing Using Wireline Formation Tester in Coal Bed Methane Environment
    • Reservoir Permeability from Wireline Formation Testers
    • Fluid Saturation Monitoring by Cased Hole Logging for CO2 Huff-n-Puff Test in a Vietnam Offshore Field
    • The Dynamics of Fluids in Reservoirs
    • A Novel Approach for Efficiently Evaluating Extended Intervals in Coalbed Methane Reservoirs
    • Fluid Profiling for Reservoir Evaluation—Two Norwegian Case Studies
    • Quantification of Low Levels of Mercury in Gas Reservoirs Using Advanced Sampling and Analysis Techniques
    • Eagle Ford Completion Optimization Using Horizontal Log Data
    • Asphaltene Nanoscience and Reservoir Fluid Gradients, Tar Mat Formation, and the Oil-Water Interface
    • Hydrocarbon Saturation from Total Organic Carbon Logs Derived from Inelastic and Capture Nuclear Spectroscopy
    • A Heavy Oil Mobility Quicklook Using Dielectric Measurements at Four Depths of Investigation
    • Integration of Downhole Fluid Analysis and the Flory-Huggins-Zuo EOS for Asphaltene Gradients and Formation Evaluation
    • Seismic Anisotropy Characterization in Heterogeneous Formations Using Borehole Sonic Data
    • Estimation of Fluid Composition from Downhole Optical Spectrometry
    • Integrated Solution for Emulsion Diagnosis in Horizontal Production Logs
    • Understanding Reservoir Quality Indicators in Marginal Marine Environment: Integrating the Advanced Wireline Measurements in Niger Delta
    • Logging Solutions for Completion Optimization in Unconventional Resource Plays
    • High Tension Electrically Controlled Release Device Improves Reliability of Stuck Tool Release in The Gulf Of Thailand
    • Eagle Ford Completion Optimization Strategies Using Horizontal Logging Data
    • The Stratigraphic-Sedimentology Model of Upper Cretaceous to Oil Exploration Field "Campeche Oriente"
    • Cement Evaluation of Fibre-Reinforced Plastic Casing for EOR Observation
    • Applications of Advanced Downhole Fluid Analysis and Interval Pressure Transient Test for Improving Oil Reservoir Characterization
    • New Method for Determining Mineralogy and Matrix Properties from Elemental Chemistry Measured by Gamma Ray Spectroscopy Logging Tools
    • Mapping and Modeling Large Viscosity and Asphaltene Variations in a Reservoir Undergoing Active Biodegradation
    • Natural Fractures in the Unconventional Shale Reservoirs in US and Their Roles in Well Completion Design and Improving Hydraulic Fracturing Stimulation Efficiency
    • Assessment of Casing and Annular Material in Heavy Mud Weight Systems and Thick Pipes
    • New-Generation Ultrasonic Measurements for Quantitative Cement Evaluation in Heavy Muds and Thick-Wall Casings
    • Leading-Edge Developments in Ultrasonic Logging
    • Field Applications of the New Multidetector Slim Pulsed Neutron Logging Tool: Oman Case Studies
    • Why Sometimes Logs Do Not See Cement in the Annulus
    • Field Test Results in Malaysia Wells of a New-Generation Slim Pulsed Neutron Logging Tool
    • Improved Determination of Hydrocarbon Saturation in an Unconsolidated Heavy Oil Sand Undergoing Cyclic Steam Stimulation with an Advanced Slim Pulsed Neutron Logging Technology: A Case Study from Kuwait
    • Saving Rig Time by the Use of New Generation Ultrasonic Transducers to Evaluate Cement
    • Next-Generation Release Device: Strong, Safer, Efficient, and Rigorously Qualified
    • Wireline Electromechanical Shifting Tool
    • Novel Approach to Wireline Debris Removal
    • Validating Ultrasonic Log Response Against Reference Barrier Cells
    • Well Diagnostics Led to Preventing Well Workover Using Fully Controllable Electrical-Line Powered Shifting Intervention Tool: A Case Study
    • Reservoir Fluid Characterization With a New-Generation Downhole Fluid Analysis Tool
    • Dielectric Dispersion Logging in Heavy Oil: A Case Study from The Orinoco Belt
    • Real-Time Integration Or Reservoir Modeling And Formation Testing
    • Wireline Dielectric Measurements Makes a Comeback: Applications in Oman for a New Generation Dielectric Log Measurement
    • Dielectric Dispersion Measurements in California Heavy Oil Reservoirs
    • A New Capture and Inelastic Spectroscopy Tool Takes Geochemical Logging to The Next Level
    • Determination of Formation Organic Carbon Content Using A New Neutron-Induced Gamma Ray Spectroscopy Service That Directly Measures Carbon
    • Case Studies in Evaluation of Cement with Wireline Logs in a Deep Water Environment
    • Applications of Dielectric Dispersion Logging to Oil Shale Reservoirs
    • New Wireline Dielectric Dispersion Logging Tool Result in Fluvio-Deltaic Sands Drilled with Oil-Based Mud
    • New Wireline Dielectric Dispersion Logging Tool Result in Fluvio-Deltaic Sands Drilled with Oil-Based Mud
    • Reducing OOIP Uncertainty in HPHT Environments with Improved-Accuracy Formation Pressure Measurements
    • Inversion-Based Workflow for Quantitative Interpretation of the New-Generation Oil-Based Mud Resistivity Imager
    • Design and Field Testing of a New High-Definition Microresistivity Imaging Tool Engineered for Oil-Based Mud
    • A New Approach to Obtain In-Situ Live Fluid Compressibility in Formation Testing
    • Downhole Viscosity Measurement: Revealing Reservoir Fluid Complexities and Architecture
    • Advanced Formation Logging: A Case Study of Revealing the True Potential of a Gas Reservoir
    • Integrated Stress and Anisotropy Analysis Using Multi-Well Borehole Sonic and Image Data
    • An Innovative Slim Pulsed Neutron Logging Tool
    • Fast Neutron Cross-Section Measurement Physics and Applications
    • State of the Art Pulsed Neutron Service Unlocks "Stranded Oil" in CO2 EOR Reservoirs
    • Solving for Reservoir Saturations Using Multiple Formation Property Measurements From a Single Pulsed Neutron Logging Tool
    • Understanding Tight Gas Sandstone Reservoirs
    • Impact of Digital Slickline Capability on Slickline Conveyance Phases of Plug and Abandonment Operations
    • Fast Shut-in Tools Improve Near Wellbore Characterization from Build-up Test Interpretation
    • Production Logging Case Studies: What Can We Say About the Well, in Addition to the Downhole Flow Profile?
    • Risk Reduction and Efficiency Gains in Well Intervention Operations Through the Application of Real-Time Digital Slickline Services
    • Real Time Slickline: Unlocking Additional Production With Reduced Uncertainties in Limited Space Platforms
    • Perforating and Pipe Recovery with Digital Slickline First Application in Colombia Ballena Field
    • Beyond Logging: Slickline Operations Can Now Provide a More Efficient and Cost Effective Alternative to Traditional Intervention Operations
    • Monitoring Acid Stimulation Treatments in Naturally Fractured Reservoirs with Slickline Distributed Temperature Sensing
    • Light Well Intervention Using Conventional Slickline and Electric Line
    • Improving Well-Work Efficiency and Mitigating Risk Exposure by Utilizing Digital Slickline in the Kuparuk River Unit, North Slope, Alaska
    • Automated Wireline Milling System
    • Monitoring Horizontal Producers and Injectors During Cleanup and Production Using Fiber-Optic-Distributed Temperature Measurements
    • Mineral Model Improvement Using High Resolution Cased Hole Spectroscopy Measurements
    • Ultrasonic Cement Logging
    • Horizontal Cased Hole Evaluation Using a New Pulsed Neutron Spectroscopy Tool and Dipole Sonic
    • Innovative Approach to Characterizing a Heavy Oil North Sea Reservoir Drilled with OBM, using Multi-Depth of Investigation NMR, Dielectric Dispersion and Sonic Anisotropy
    • 2024-Geothermal-GRB-Vol-50-DEEP-Earth-Energy-Production
    • 2024-Geothermal-GRC-Hidden System Identification
    • 2024-Geothermal-IIGCE-3D-Subsurface-Modeling
    • 2024-Geothermal-IIGCE-Critical-Stress-Analysis
    • 2024-Geothermal-IIGCE-Discrete Fracture Network Modelling Based on Natural Fracture Prediction
    • 2024-Geothermal-IIGCE-Updated-Forward-Gravity-Model
    • 2024-Geothermal-IIGCE-Updated-Lithological-and-Temperature-model
    • 2024-Geothermal-IIGCE-Well-Targeting-based-on-Temperature-and-Structural-Model
    • 2024-Geothermal-SPE-A Pore-To-Process-Digital-Design-Methodology
    • Analysis of Drilling Performance Using PDC Bits
    • better-together-new-synergies-and-opportunities-from-hybrid-geothermal-projects
    • Characterizing subsurface structures and determining insitu stress orientation
    • Comparative Analysis of Approaches to Geothermal Resource Risk Mitigation
    • Existing Geothermal Energy Improvements
    • Exploration and development of the Mt Ida Geothermal Project
    • Geothermal resource evaluation of the Tatun Volcano Group Area Taiwan
    • Geothermal Exploration Best Practices
    • Well Field Optimization and Expansion Guided by Tracer Testing and Numerical Reservoir Modeling
    • Nevis N-4 Confirmation Drilling Results
    • New Geothermal Site Identification and Qualification
    • OLGA Modeling Results for Single Well Reinjection of Non-Condensable Gases and Water
    • Numerical Simulation and Performance Evaluation of the Uenotai Geothermal Field, Akita Prefecture
    • Numerical Modeling for Resource Management at Ribeira Grande, São Miguel, Azores, Portugal
    • An Analysis of Power Generation Prospects from Enhanced Geothermal Systems
    • Future of Geothermal Energy
    • Detailed Fracture Study, and Geo-Stress Analysis Using Acoustic Borehole Images
    • ECLIPSE Geothermal, a Next-Generation Geothermal Simulator
    • The GeoFutures Facility: A Proposed Geothermal Risk Mitigation Instrument for East Africa
    • Cost of Geothermal Power and Factors that Affect It
    • Geothermal Well Productivity: Why Hotter is Not Always Better
    • Pioneering the Use of Natural Fracture Modeling for Well Placement at Darajat Field, Indonesia
    • Advanced Geothermal Well Testing Proves Sustainable New Energy Potential
    • Validation of ECLIPSE Reservoir Simulator for Geothermal Problems
    • ECD Management and Pore Pressure Determination with MPD Improves Efficiency in GOM Well
    • Anatomy Of MPD Well Failures: Lessons Learned from a Series of Difficult Wells
    • HP/HT Exploration Well in Offshore Malaysia Pushed Automated MPD System to Maximum Utilization, Identifying Safest Drilling Operating Window
    • Automated MPD and an Engineered Solution: Case Histories from Western Canada
    • Multifunctional H2S Scavenger and Corrosion Inhibitor
    • New Generation of HTHP Water Based Drilling Fluid Changing Conventional Drilling Fluids Solutions
    • A Novel Chemical Treatment and Well Completion Strategy to Prevent Scaleand Production Losses in Shushufindi Aguarico Field
    • Sour Gas has a Sweeter Future
    • Autonomous Corrosion and Scale Management in ESP Wells
    • spe-211191
    • Predictive Monitoring of Acid Gas Membrane Performance
    • Hybrid System: An Emerging Solution to Sour Gas Treatment
    • Field Implementation of New Electrostatic Treating Technology
    • High H₂S Gas Field Monetization: A Novel Approach
    • Improved Desalting of Challenging Crude Slates in Refineries
    • NGL Recovery - A New Concept for an Old Scrubber
    • Unique Dual Core Acid Gas Removal Membrane Technology Reduces Total Cost of Ownership for South East Asia Gas Plant
    • Analysis of Subsea Sampling Applications and Drivers for Subsea Field Developments in Deep and Ultra-Deep Water
    • Representative Subsea Sampling: A Key Enabler for Flow Assurance and Better Metering Uncertainty
    • Scale Deposition Control and Management in Subsea Fields
    • Subsea High Boost Multiphase Pump System Development and Applications
    • The Future of Electric Controls: Trees and Subsea Processing
    • Offshore Tandem Loading of LNG—from Idea to System Approval
    • Advances in Power Feedthrough Connector Technology for HP ESP Applications
    • Design Method and LRFD for HPHT Subsea Equipment for Extreme and Survival Load Conditions
    • Wellhead Design for Fatigue Optimization
    • World-First All-Electric Subsea Well
    • Subsea Smart Crossing—An Innovative Solution to Simplify Field Architecture and Enable Cost Effective Installations of Subsea Pipelines for Long-Tie Backs, Scarp and Canyon Crossings, and Ultra-Deepwater Applications
    • An Innovative Damper for Subsea Pipeline and Jumper Vibration Controls
    • Qualification and Development of the World's First High Pressure Subsea Boosting System for the Jack and St. Malo Field Development
    • Cost-Effective HPHT Design Methods Using External and Seawater Depth Pressures
    • Project Execution of Industry First 20,000-psi Subsea Production System
    • Improved Dehydration and Desalting of Mature Crude Oil Fields
    • Electrostatic Dehydration of Heavy Oil from Polymer Flood with Partially Hydrolyzed Polyacrylamide
    • Effective Dehydration of Canadian Heavy Crude Oil and Dilbit
    • Design Method Combining API and ASME Codes for Subsea Equipment for HPHT Conditions
    • Developing Reliability in Hydraulic Stimulation Operations
    • Calibrated Complex Fracture Modeling Using Constructed Discrete Fracture Network from Seismic Data in the Avalon Shale, New Mexico
    • An Integrated Workflow for Completion and Stimulation Design Optimization in the Avalon Shale, Permian Basin
    • Proposed Refracturing Methodology in the Haynesville Shale
    • Production Performance of Infill Horizontal Wells vs. Pre-Existing Wells in the Major US Unconventional Basins
    • Advanced Modeling of Production Induced Pressure Depletion and Well Spacing Impact on Infill Wells in Spraberry, Permian Basin
    • Far-Field Diversion Technology to Prevent Fracture Hits in Tightly Spaced Horizontal Wells
    • Hydraulic Fracture and Reservoir Characterization for Determining Optimal Well Spacing in the Marcellus Shale
    • When, Where, and How to Drill and Complete Pads of Multiple Wells? Four-Dimensional Considerations for Field Development in the Vaca Muerta Shale
    • Permian Basin Production Performance Comparison Over Time and the Parent-Child Well Study
    • Case Study of a Landing Location Optimization within a Depleted Stacked Reservoir in the Midland Basin
    • Application of Concurrent Heat Transfer within the Wellbore for Passively Enhancing Oil Recovery by Reducing Deposition of Heavy Components of Crude
    • Frac Hits: Good or Bad? A Comprehensive Study in the Bakken
    • Understanding and Mitigating Depletion Effects in Infill Wells for Optimized Production
    • Application of Novel Fracture Geometry Control Solution in Williston Basin
    • Multigeneration Section Development in the Wolfcamp, Delaware Basin
    • A Step Change in the Learning Curve for Refracturing in the Eagle Ford
    • Impact of Well Spacing and Interference on Production Performance in Unconventional Reservoirs, Permian Basin
    • Unique Multidisciplinary Approach to Model and Optimize Pad Refracturing in the Haynesville Shale
    • Expanding the Reach of Wireline Perforating
    • New Initiation System Delivers Improved Perforating Safety and Reliability While Maximizing Efficiency
    • Realising Lost Well Productivity via Wellbore Implosion
    • New Fundamental Insights Into Perforation-Induced Formation Damage
    • Solids-Free Viscoelastic Fluid Loss Pills and Dynamic Underbalance Improve Productivity from Newly Perforated Wells
    • Dynamic Underbalance for Selective Perforation Cleaning from Hard Scale Deposits
    • Perforation Cleanup via Dynamic Underbalance: New Understandings
    • An Improved Technique for Interpreting Perforating-Flow-Laboratory Results
    • Controlled Wellbore Implosions Show that Not All Damage is Bad
    • Perforating High-Pressure Deepwater Wells in the Gulf of Mexico
    • Stressed Rock Penetration Depth Correlation
    • Ultrastrong Formations: Perforating Challenges, Limits, and Optimization
    • Wellbore Implosion: Case Study of Perforation Enhancement
    • Productivity Enhancement and Optimization in High Sour Gas Field
    • Improving Existing Perforation Efficiency via Thru-Tubing DUB Application in Offshore Field, Malaysia
    • Innovative Dynamic Implosion Stimulation Technique Triples Wells Production
    • Innovative Gun System Tackles Today’s Challenges to Unconventional Completions
    • Dual-String Barrier Evaluation for Efficient PA Operation Impacting CO2 Emissions
    • Acoustic Evaluation of Annulus B Barriers Through Tubing for Plug and Abandonment Job Planning
    • Perforating Docking System for Efficient High-Volume Operation
    • Slickline Descaling Technology Delivers Cost Savings Over Coiled Tubing
    • Sealing Technology Improves Plug Performance and Reliability
    • Maximize Efficiency of Coiled Tubing-Conveyed Perforation with Advanced Gun Deployment System & Real-Time Correlation
    • Comprehensive Approach to Job Design for Perforating in Hostile Wells with Advanced Coiled Tubing Gun Deployment System
    • New Age of Coiled Tubing CT Oriented Perforation
    • Optimizing Cost and Restoring Integrity with the First Saudi Aramco Mechanical Descaling Using a Wireline Torque Action Debris Breaker Tool
    • Docking Perforating System Integrates Real-Time Downhole Measurements
    • Under Pressure Perforating Deployment System Reduced Wireline Runs by 6×, Saved 51 Rig Days
    • Reshaping Production Logging Execution Workflow
    • Instrumented Docking Perforating Gun System: Ecuador Field Results
    • Tubing Straddle System to Restore Oil Production Using Digital Slickline Conveyance: A Case Study
    • Coiled Tubing Cleanouts for Flowline Remediation Ecuador
    • High-Precision Automated Downhole Machining Tool
    • Surface-Controlled Subsurface Safety Valve Remediation and Lockout with Universal Exercising and Dimpling Solution
    • CT Live-Well Intervention Solution from a Mono-Hull Vessel in the NCS
    • Autonomous Slickline and Wireline Conveyance Improves Performance of Offshore Interventions
    • Coiled Tubing Autonomous Conveyance Improves Consistency of Offshore Intervention Operations
    • Electrical Coiled Tubing N₂ Lifting Enabled Successful HT Production Logging and WSO Campaign
    • Reassessing Barrier Placement in Through-Tubing Plug & Abandonment
    • MERCT Technology for Offshore Well Interventions
    • Breaking the Mold with an Innovative, High-Performance Retrievable Bridge Plug for Wellbore Isolation Applications
    • Cloud-Based Slickline Reporting Software Improves Operational Efficiency
    • First Polymer Gas Shut-Off in Open Hole Gravel Pack Completion in Caspian Using CT
    • Multisubsea P&A Deployed on Heavy Well Intervention Vessel
    • Successful Rigless Water Shutoff in Slim Offshore Horizontal Wells in High CO2-H2S Environment Using Horizontal Production Logging and Fiber-Optic Coiled Tubing
    • The Intervention Opportunity Why the Industry does not do More and How New Collaborative Workflows
    • Increased Oil and Reduced Water Production Using Cyclonic AICDs with Tracer Monitoring Applications in Peru’s Bretaña Norte Field
    • High Water-Cut Production Remedy by Inflow Control Solution in Challenging Intermittent Channeled Sands Oil Recovery in Gulf of Thailand Offshore
    • Successfully Installing ICD Screens and Hydraulic Packers without Washpipe Using Novel Check-Valve ICDS
    • World Longest Single-Trip Multizone Cased Hole Gravel Packing with Alternate Path Shunt Tubes
    • Liwan Gas Project
    • Optimized Completions Design Using Retrofit Autonomous Inflow Control Devices
    • A Review of Screen Selection for Standalone Applications and a New Methodology
    • Design, Execution and Results of the Longest Multizone Cased-Hole Gravel Pack Completion in Malaysia
    • High Water-Cut Production Remedy by Inflow Control Solution in Challenging Intermittent Channeled Sands Oil Recovery in Gulf of Thailand Offshore
    • Horizontal Well Optimization with Inflow Control Devices (ICDs) Application in Heterogeneous and Dipping Gas-Capped Oil Reservoirs
    • First Application of Alternate Path Technology and Concentric Sandface Completion Improved Operational Efficiency and Saved Significant Rig Time
    • Well Production Enhancement Results with Inflow Control Device (ICD) Completions in Horizontal Wells in Ecuador
    • New Analytical and Statistical Approach for Estimating and Analyzing Sand Production Through Wire-Wrap Screens During a Sand-Retention Test
    • A New Technique to Control Fines Migration in Poorly Consolidated Sandstones: Laboratory Development and Case Histories
    • How to Constantly Deliver 100% Packing Efficiency in Openhole Gravel Packs: A Field Study in Colombia
    • Evaluation and Improvement of Gravel Pack Treatments Using Advanced Downhole Pressure Analysis
    • Openhole Gravel Packing of Fishhook Wells with Zonal Isolation-Uphill Heel to Toe Packing
    • New Analytical and Statistical Approach for Estimating and Analyzing Sand Production Through Plain Square-Mesh Screens During a Sand-Retention Test
    • The Impact of Annular Flows on High Rate Completions
    • The Evolution of Completion Designs Using Alternate Path (Shunt Tubes) Technology
    • Design, Qualification, and Installation of Openhole Gravel Packs: Mari B Field, Offshore Israel
    • Unraveling the Myths Associated With Selecting Standalone Screens and a New Methodology for Sand-Control Applications
    • Application of a Newly Developed Workflow to Design and Optimize MRC and Smart Well Completions
    • Inflow Profiling in Challenging Complex Deep Gas Environment
    • ICD Completions Optimization for an Offshore Abu Dhabi Well Using Dynamic Modeling
    • Optimization of Smart Well Completion Design in the Presence of Uncertainty
    • Optimized Modeling Workflows for Designing Passive Flow Control Devices in Horizontal Wells
    • Utilizing Production Logging Measurement Model Matching to Improve Inflow Control Device (ICD) Completion Design in Offshore Horizontal Wells
    • Offshore Field Completion Evolution Overcomes Field Challenges and Optimizes Multilateral Wells Production
    • Case Study—Sand Management Evolution in a Brownfield
    • Particle Size Distribution Measurement Techniques and Their Relevance or Irrelevance to Sand Control Design
    • Wellbore Modeling and Design of Nozzle-Based Inflow Control Device (ICD) for SAGD Wells
    • A New Methodology of Selecting Sand Control Technique in Open Hole Completions
    • Multizone Horizontal Openhole Gravel Pack with External Zonal Isolation and Inflow Control Devices Allows for Production of Left-Behind Reserves in Sand-Prone Reservoirs
    • How Malfunctioning Completion Accessories Affect Well Performance in Offshore Saudi Arabia
    • Design, Execution, and Results of the First Multizone Cased Hole Gravel-Pack Completion in West Malaysia
    • A New Technical Standard Procedure To Measure Stimulation and Gravel-Pack Fluid Leakoff Under Dynamic Conditions
    • Field Implementation of an Oil Based Carrier Fluid Improves Gravel Pack Efficiency
    • A Novel Viscoelastic Surfactant Fluid System Incorporating Nanochemistry for High-Temperature Gravel Packing Applications
    • Development and Qualification of Enhanced Shunted Screens for Openhole Gravel Packing of Long Intervals
    • Quantifying Erosion of Downhole Solids Control Equipment during Openhole, Multistage Fracturing
    • Novel Sand Conglomeration Treatment Prevents Sand Production and Enhances Well Productivity
    • Multizone Openhole Gravel Packing with Enhanced Shunt Screens and Zonal Isolation in High-Rate Gas Wells
    • Extending ESP Run Life By Reducing Shutdowns and Improving Restarts Using Novel Pump Protection Technology
    • First Design of Inflow Control Devices Completion in Offshore Khafji Field Sandstone Reservoir: Challenges and Application
    • A Case Study, Utilizing of Inflow Control Device to Control Oil Wells from Water Production and Regulate Waterfront Encroachment
    • Limitations of 2D Deghosting and Redatuming in Time-Lapse Processing of Towed-Streamer Data
    • 3D Prestack Time Domain Full Waveform Inversion
    • Combination of Multi-Component Streamer Pressure and Vertical Particle Velocity
    • A Survey Design Case History Using Complimentary Raytracing and Wavefield Extrapolation Techniques
    • Q Estimation from Surface Waves
    • Use of Simultaneous Joint Inversion as a Maximum Concordance Solver for Statics
    • Guided Waves—Inversion and Attenuation
    • Tomography with Geological Constraints - An Alternative Solution for Resolving of Carbonates
    • 3D Interpolation and Extrapolation of Sparse Well Data Using Rock Physics Principles - Applications to Anisotropic VMB
    • Amplitude Inversion of Depth-Imaged Seismic Data from Areas with Complex Geology
    • Salt Exit Velocity Retrieval Using Full-Waveform Inversion
    • Simultaneous-Source Acquisition and Environmental Noise - Good or Bad?
    • Simultaneous Shooting for Marine Acquisition - Could We Catch Up with Land?
    • Crossline Wavefield Reconstruction from Multimeasurement, Towed Marine Seismic Data and Its Implications for Imaging
    • Towards Improved Time-lapse Seismic Repetition Accuracy by Use of Multimeasurement Streamer Reconstruction
    • Simultaneous Anisotropic Tomography with Rock Physics Constraints - Gulf of Mexico Example
    • Crossline Reconstruction Using Aliased 3D Deghosted Up- and Down-Going Wavefields
    • Impact of Streamer Spacing on the Reconstruction Using Multimeasurement Seismic Data - Study Before and After Imaging
    • Quantifying Uncertainty in Final Seismic Depth Image Using Structural Uncertainty Analysis - Case Study Offshore Nigeria
    • Integrated 3D Seismic Interpretation and Depth Imaging Reveals Carbonate and Evaporite Stratigraphy in the Kwanza Basin
    • Slanted-Streamer Acquisition
    • A Field Trial of a Multi-Sensor Broadband Seismic Streamer at the Oseberg Field
    • Land Controlled-Source Electromagnetic Surveying for Viscous Oil Characterization in Kuwait
    • Survey Design and Modeling Framework for Towed Multimeasurement Seismic Streamer Data
    • Challenges in Shale-Reservoir Characterization by Means of AVA and AVAZ
    • Improved Salt Body Delineation Using a New Structure Extraction Workflow
    • Sorting the Hardrock Needle from the Seismic Haystack - the Calibrated Seismic Inversion Way
    • Simultaneous Joint Inversion of Electromagnetic and Seismic Full-waveform Data - A Sensitivity Analysis to Biot Parameter
    • Long-Offset-Aided Full-Waveform Inversion
    • Full Waveform Inversion Around the World
    • Illumination Analysis from Coil Survey Design and Acquisition to Coil Processing Solution
    • Inversion QC - Integrating Seismic Inversion and Seismic Data Processing
    • Multidomain Noise Attenuation for Multimeasurement Towed Streamer Data
    • A Multi-Measurement Integration Case Study from West Loppa Area in the Barents Sea
    • A New Method for Geomorphologically Ranking Stochastic Seismic Inversion Results
    • Quantifying E&P Value of Geophysical Information using Seismic Uncertainty Analysis
    • Surface Multiple Attenuation Developments in the Clair Field
    • Interbed Multiple Attenuation in Kuwait - A Minagish Case Study Revisited
    • Integrating FWI with Surface-Wave Inversion to Enhance Near-Surface Modeling in a Shallow-Water Setting at Eldfisk
    • North Sea Case Study for Enhanced Imaging Using a New Multimeasurement Towed Streamer
    • Enhanced 4D Imaging in West Africa Using High-Resolution Tomography and Q-Imaging
    • Integration of Surface Seismic and Well Information to Improve Drilling Success for Onshore Carbonate Caves
    • A Study of Different Greedy Algorithms for Crossline Wavefield Reconstruction Using Multimeasurement Towed Marine Data
    • Efficient Land Seismic Acquisition Sampling Using Rotational Data
    • Quantification of Wavefield Reconstruction Quality from Multisensor Streamer Data Using a Witness Streamer Experiment
    • Joint Crossline Reconstruction and 3D Deghosting of Shallow Seismic Events from Multimeasurement Streamer Data
    • Exploring the Extent to which Streamer Separation Can Be Relaxed when Using a Multimeasurement Streamer
    • Mapping of Sand Injectites from Colour-Processed Multimeasurement Seismic Data
    • Near-Surface Modelling in Shallow Marine Environments Using Surface and Guided Waves
    • Multiparameter Full-Waveform Inversion for Acoustic VTI Medium with Surface Seismic Data
    • Evaluating Ocean-Bottom Seismic Acquisition in the North Sea—A Phased Survey Design Case Study
    • Improved Reservoir Characterisation by Multisensor Towed Streamer Seismic Data at the Mariner Field
    • Broadband - The Interpreter's Friend?
    • Internal Multiple Attenuation on Radial Gathers with Inverse-Scattering Series Prediction
    • Q-Compensation Through Depth Domain Inversion
    • Optimizing the Use of Gradient Measurements in Wavefield Reconstruction - A Bayesian Noise Tracking Approach
    • Multimodel Adaptive Subtraction and Its Application to Multimeasurement Data Acquired in Shallow-Water Surveys
    • Analysis of Multi Measurement Broadband Data - A Case Study from the North Sea
    • Increasing Acquisition Efficiency by Acquisition of Data During Turns, Using a Multi-Measurement Streamer
    • Case Study of Broadband Multimeasurement Streamer and Multilevel Source Seismic Data from the North Sea
    • Deghosting Through Depth Domain Inversion
    • Depth Domain Inversion Case Study in Complex Subsalt Area
    • Tilted Orthorhombic Model Building with Geomechanics: Theory and Observations
    • Breakthrough of Internal Multiple Attenuation with XIMP Technology in Tarim Basin
    • Shallow-Water Free-Surface Multiple Attenuation on Multimeasurement Data - A Case Study from the North Sea
    • Looking Beyond Surface Multiple Predictions - A Demultiple Workflow for the Culzean High Density OBC Survey
    • Using Stochastic Seismic Inversion as Input for 3D Geomechanical Models
    • Depth Uncertainty Estimation for a Subsalt Development in the Lower Tertiary, Deepwater Gulf of Mexico
    • Broadband Acquisition - Imaging Below the Shallow Gas
    • The Contribution of Wide-Azimuth Point-Receiver Acquisition to the Success of Full-Wave Inversion
    • Model-Based Coherent Noise Attenuation for Complex Dispersive Waves
    • Inversion After Depth Imaging
    • Ray-Based Prestack Depth Migration for Orthorhombic Media
    • Q-Compensation in Complex Media – Ray-Based and Wavefield Extrapolation Approaches
    • Building a Near-Surface Velocity Model in the South Ghadames Basin: Surface-Wave Inversion to Solve Complex Statics
    • Velocity Model Building with Long-Offset and Full-Azimuth Data
    • Dirty Salt Velocity Model Building with Constrained Iterative Tomography: Methodology and Application
    • Advanced Imaging and Inversion for Oil Production Estimates in Unconventional Resource Plays
    • Predrill Pore-Pressure Prediction Directly from Seismically Derived Acoustic Impedance
    • Joint PP/PS Tomography with Floating Event Constraints
    • Rotation Parameters for Model Building and Stable Parameter Inversion in Orthorhombic Media
    • Reverse Time Migration of Prism Waves for Salt Flank Delineation
    • Extended Imaging and Illumination in Wave Migrations
    • New Aspects in Seismic Survey Design
    • Improved Subsalt Imaging and Salt Interpretation by RTM Scenario Testing and Image Partitioning
    • Complex Depth Imaging using Reverse Time Migration for an Integrated High-Density Pointsource and Receiver Survey Onshore U.A.E. – A Case Study
    • Near-Surface Characterization, Challenges, and Solutions for High-Density, High-Productivity, Broadband Vibroseis Point-Source and Receiver Survey – A Case Study
    • Delineation of Karsts, a New Approach using Seismic Attributes – Case Study from Kuwait
    • Seismo-Acoustic Characterization of a Seismic Vibrator
    • Deepwater OBN—Exploiting Data-Processing Possibilities
    • A Comparison Between Time Domain and Depth Domain Inversion to Acoustic Impedance
    • Sparse-node acquisition for data fitting velocity model building
    • Optical Vertical Seismic Profile on Wireline Cable
    • Predicting Fluvial Reservoir Facies
    • Seismic Re-Processing and Q-FWI Model Building to Optimise AVO and Resolution in the Shallow Wisting Discovery
    • Time-Lapse Seismic Data-Calibrated Geomechanical Model Reveals Hydraulic Fracture Re-Orientation
    • Matching Pursuit Fourier Interpolation Using Priors Derived from a Second Data Set
    • Cascaded Internal Multiple Attenuation with Inverse Scattering Series: Western Canada Case Study
    • High-Resolution Model Building and Imaging Workflow Using Multimeasurement Towed Streamer Data: North Sea Case Study
    • Attenuation of Water-Layer-Related Multiples
    • Dip or Strike? – Complementing Geophysical Sampling Requirements and Acquisition Efficiency
    • Seismic Data Conditioning for AVOAz Analysis: Case Study from a North Kuwait Unconventional Reservoir
    • OBN Multiple Attenuation Using OBN and Towed-Streamer Data: Deepwater Gulf of Mexico Case Study, Thunder Horse Field
    • Coil Demultiple Improvement Through Reduction of Input Location Error
    • Thermodynamics Behind Rigorous Flared Gas Monetization Analysis
    • Application of machine learning for calibrating gas sensors for methane emissions monitoring
    • Single photon Lidar gas imagers for practical and widespread continuous methane monitoring
    • Quantitative Mapping of Methane Emissions in Oil and Gas Facilities
    • Force Generated by a Swelling Elastomer Subject to Constraint
    • An Oilfield Services Malaria Prevention Program in Sub-Saharan Africa: A Strategy for Sustained Effectiveness
    • Strengthening a Company's Fight Against Malaria Among Semi-immunes: Spouses on the Frontline
    • HSE for Youth: How Sharing HSE Expertise Externally Reinforces the Principles Internally
    • Legacy Wells Screening Method for Potential CO2 Storage Sites
    • Deployment of Self-Healing CO2 Resistant Cement for Carbon Capture and Storage Wells in Eastern Australia
    • Understanding the Controls on Clastic Sedimentation Using Forward Stratigraphic Modeling and Seismic Sequence Stratigraphy
    • Forward Stratigraphic Modeling Applied to Brazilian East Margin Reservoir Characterization
    • Improved Petrophysical Analysis in Horizontal Wells: From Log Modeling Through Formation Evaluation to Reducing Model Uncertainty—A Case Study
    • Volume Based Modeling - Automated Construction of Complex Structural Models
    • Rock Fabric Characterization, 3D Reflection Seismic Integrated with Microseismic
    • Using Borehole Geophysics Measurements to Assist Drilling, a Case Study From Presalt Brazil
    • Handling Seismic Anomalies in Multiple Segment Prospects - Explicit Modeling of Anomaly Indicator Correlation
    • Workaround to Build Robust Facies Model with Limited Input Data; a Case Study from North West Kuwait
    • Natural Fracture Prediction for Discrete Fracture Modelling
    • Assessment Performance Tracking of Multiple Target Prospects - A Statistical Approach
    • Geomechanical Velocity Model Building
    • Use of Stratigraphic Modelling for Prediction of Reservoir Continuity in Coastal Environments
    • Combining Forward Stratigraphic Modelling with Seismic Reconstruction to Improve Reservoir Characterization
    • Stimulation of Horizontal Passive Flow-Control Completions Improve Production and Recovery in Naturally-Fractured-Carbonate Reservoirs
    • Assessing E&P and Drilling Risks With Seismic Uncertainty Analysis
    • 3D Reservoir Geomechanics Workflow and Its Application to a Tight Gas Reservoir in Western China
    • Techniques to Understand Reservoirs Associated with Deepwater Sedimentological Processes, from Basin to Field Scale: A Case Study
    • Dynamic Flow Simulation to Study Flow Assurance Challenges in Water Alternating Gas WAG Wells
    • Prelude FLNG - Field Development Challenges
    • Integrated Live Asset Modeling—A Necessity to Unlock Oil in Mature Fields Achieving True Integrated Operations IO
    • Real-Time Automated Drilling Optimization and Operations Benchmarking Services
    • Unlocking the Production Potential of Brown Fields through Gas Lift Optimization GLO
    • Monitoring and Optimizing a Brown Offshore Oilfield with an Integrated Asset Modeling Study
    • Conceptual Design of Offshore Surface Facilities in Marginal Field at Heavy Traffic Ultra Shallow Water Using Shallow Water Subsea Wellhead for CAPEX Optimisation in O-Field Development
    • Workflow for History Matching and Predicting Mud Loss Recovery from the Formation Using a Coupled Wellbore-Reservoir Transient Simulator
    • Mitigating Gas in Riser Rapid Unloading for Deepwater Dual Gradient Well Control
    • Integrated Asset Modeling for Brazil Ultra Deep Water Development Project
    • High-Speed Robust Simulation Delivers Fast, Detailed Results for a Complex Offshore Field
    • Integrated Subsea Supplier-Led Solution: A Case Study
    • A Novel Workflow for Modeling Complex Compartmentalized Structures Leads to Enhanced Field Development Strategy
    • Comprehensive Experiments and Modelling Reduces Uncertainties in Liquid Management for the Tanzania Gas Project
    • Feasibility Study of Gas Reinjection in Giant Carbonate Reservoir in the Middle East—EOR Application in a Green Field (Case Study)
    • Flow Assurance – At What Cost?
    • Measuring Completion Quality and Natural Fracture Indicators in Horizontal Wells Using a New Slim Dipole Sonic Memory Tool Conveyed Through the Drillstring and Bit
    • Reservoir Characterization for Fracture Distribution Prediction and New Well Target Identification
    • Guiding Drilling by Look Ahead Using Seismic and LWD Data
    • Reducing Target Uncertainties and Guiding Drilling Using Seismic While Drilling Technology, a Novel Approach in Andaman Sea Deepwater
    • Horizontal Well Development in Unconventional Resource
    • Permanent Downhole Flow Metering Improves Reservoir Management in Subsea Environment: A North Sea Case Study
    • Implementation of Well Barrier Schematic Workflows
    • Downhole Venturi Nozzles and Foam Application: A Novel Artificial Lift Method
    • Model-Based Production Optimization of the Rubiales Field, Colombia
    • Blowout Prevention and Relief Well Planning for the Wheatstone Big-Bore Gas Well Project
    • Assessing Field Development Plan for Green Fields Using an Integrated Asset Approach, an Angolan Case Study
    • Optimizing Production & Operation through Automated Well & Network Modeling
    • Integrating Asset Modelling for Strategic Gas Field Development Planning and Short-Term Optimization
    • Adaptive Approach to Integrated Modeling of Development and Exploitation of Group of Gas-Condensate Fields with a Single Production Gathering and Processing System
    • Improvement of Decision Making Cycle by Introduction of a Centralized Data Gathering System - Offshore field case from Turkmenistan
    • Differentiate Drilling Fluid Thermal Expansion, Wellbore Ballooning and Real Kick during Flow Check with an Innovative Combination of Transient Simulation and Pumps off Annular Pressure While Drilling
    • Sinuosity of the Hydraulic Fractured Horizontal Well Impact on Production Flow Assurance: An Eagle Ford Case
    • High-Resolution Studies of Polymer Flooding in Heterogeneous Layered Reservoirs
    • Scalability and Performance Efficiency of History Matching Workflows using MCMC and Adjoint Techniques Applied to the Norne North Sea Reservoir Case Study
    • Modeling Wellbore Liquid-Content in Liquid Loading Gas Wells Using the Concept of Characteristic Velocity
    • Challenging Offshore Dynamic Kill Operations Made Possible With the Relief Well Injection Spool
    • Design, Optimization and Operation of SAGD Wells Using Dynamic Flow Simulations
    • Transient Multi-Phase Wellbore Flow Simulation to Accurately Predict End of Well Life and Enhance Recovery
    • A Review of Water Reduction Techniques for Open Hole Gravel Pack Completions
    • Reducing Well Offloading Risks with Dynamic Wellbore Modelling
    • Existence of Severe Slugging in Toe-Up Horizontal Gas Wells
    • A Methodology of End of Tubing EOT Location Optimization for Horizontal Shale Gas Wells with and without Deliquification
    • Improving Artificial Lift Design Through Dynamic Simulation
    • How to Develop a Well Specific Blowout Contingency Plan that Covers Engineering Analysis of the Deployment, Installation, and Soft Shut-In of a Subsea Capping Operation
    • Integrated Dynamic Simulation Leads to Successful Start-Up of Inactive Wells Through Rigless Operations
    • Integrated Modeling as a Tool for Evaluating the Effects of Well Production Rates and Surface Gathering System Performance on Development of Oil Rim
    • Multi-Size Piping Approach to Increase Gas Pipeline Productivity by Selective Reduction of Holdup
    • Issues and Challenges with Controlling Large Drawdown in the First Offshore Methane Hydrate Production Test
    • Integrated Asset Modeling: Modernizing the Perspective for Short-Term Forecasting and Production Enhancements
    • Speeding Up a Reservoir Simulation
    • Coupling Production and Injection Systems with Multiple Reservoir Models: A Novel Method of Optimizing Development Strategies in a Mature Giant Oilfield
    • Successful Application of a Mechanistic Coupled Wellbore - Reservoir Dynamic Simulation Model to History Match and Plan Cleanup Operation of Long Horizontal Wells
    • Enhancing Smart Completion Capabilities by Integration With Digital Oil Field Real Time Monitoring System in a Green Field of ADMA-OPCO
    • A Design for the Evaluation of a Waterflood EOR Technique by Single-Well Chemical Tracer Test in an Offshore Environment
    • An Approach to Alternative Waterflood Designs and Operations Using Streamline Simulation: Application to an Oil Field in the North German Basin
    • Operations Efficiency: Improved Well Planning Methodology Based on Invisible Lost Time Smart KPIs
    • Integrated and Structured Production Optimization Workflow Provides Robust Platform for Significant Oil Gain to a Mature Oilfield
    • Production Data Management System to Enhance Collaboration and Production Surveillance, Large Steam Thermal Pilot North LSTPN KOC - Heavy Oil Field
    • How to Diagnose and Solve a Tripping ESP Caused by Multiphase Flow Behavior in a Horizontal Well
    • Experimental Analysis and Model Evaluation of High-Liquid-Viscosity Two-Phase Upward Vertical Pipe Flow
    • Experimental Evaluation of Wellbore Flow Models Applied to Worst-Case-Discharge Calculations
    • Mitigating Gas-in-Riser Rapid Unloading for Deepwater-Well Control
    • Linear Multivariable Control of Underbalanced-Drilling Operations
    • Prediction Model for Gas Migration in Well During PMCD Operation
    • Planning of an MPD and Controlled Mud Cap Drilling CMCD Operation in the Barents Sea Using the CML Technology
    • Fully Compositional Integrated Subsurface-Surface Modeling for Critical Gas Condensate Reservoirs: Santa Barbara and Pirital Fields, Venezuela
    • Challenges and Solutions of History Matching a Giant Reservoir Model: An Example from the Greater Burgan Field, Kuwait
    • Application of Allocation Algorithm for Surveillance and Optimization of Intelligent Wells
    • Designing Subsea Production Systems for Efficient Startup to Mitigate Costly Topside Downtime
    • How Private Cloud Solution Go Beyond the Conventional Infrastructure Solution for Jurassic Kuwait Digital Integrated Field
    • Integrated Thermodynamic Reservoir-to-Surface Modeling: The Modern Tool for Optimizing the Cycling Steam Stimulation Heavy Oil Recovery Process
    • Improving Production Efficiency of Liquid-Loading Gas Condensate wells with ESPs at North Urengoy Field
    • Brownfield Development Optimization under Uncertainty—A Structured Workflow Design for Complex Case Scenarios
    • Performance Enhancement of Drilling and Completions Operations in Giant Offshore Field Abu Dhabi
    • Understanding ESP Performance in Multiphase Flow Condition in SAGD Production Wells
    • Application and Challenges of Coupled Model with Complex Surface Network Connected to Multiple Reservoirs
    • Happiness: A Key to Sustainable Success in AlMansoori
    • Understanding the Impact of Production Slugging Behavior on Near-Wellbore Hydraulic Fracture and Formation Integrity
    • Knarr Field - Optimization of Wellbore Clean-Up Through Dynamic Transient Model
    • Need for Speed: Data Analytics Coupled to Reservoir Characterization Fast Tracks Well Completion Optimization
    • Value-Driven Mitigation Plans for Severe Slugging in Gas-Lift Wells in Unconventional Shale Plays
    • An Integrated Workflow Approach to Manage Steamflood Operations
    • Application of Integrated Dynamic Asset Modeling to Predict and Resolve Production Instabilities in an Offshore Facility, A Case Study, Mexico
    • Invisible Lost Time Measurement and Reduction Contributes to Optimizing Total Well Time by Improving ROP and Reducing Flat Time
    • Well Control and Temperature Modelling Facilitates the Effective Delivery of Challenging Shallow Water HPHT Exploration Well
    • Using Cloud Technology to Improve Unconventional Well Planning
    • Digital Technology Optimizes Unconventional Well Planning by Integrating Cross-Domain Expertise
    • Analysis and Mitigation Solution to Address Long Cyclic Well Slugging Behavior Induced by Sand Production
    • Success Story of Utilizing Real Time Drilling Data to Remotely Support Drilling Operations
    • Innovative Digital Well Construction Planning Solution Enhances Coherency and Efficiency
    • Cloud-Based Coherent Wellbore Stability, Improving Trajectory Design
    • Digital Twin Implementation on Current Development Drilling, Benefits and Way Forward
    • Data Driven and AI Methods to Enhance Collaborative Well Planning and Drilling Risk Prediction
    • Drilling in the Digital Age
    • Fracture-Matrix Interactions during Immiscible Three-Phase Flow
    • Accelerating and Enhancing Petrophysical Analysis with Machine Learning
    • Borehole Acoustic Reflection Survey (BARS) From Modern, Dipole Acoustic Logs For High-Resolution Seismic-Based Fracture Illumination And Imaging
    • Rapid and Practical Characterization of Near-Wellbore Layer Structure and Properties in High-Angle and Horizontal Wells
    • Stuck pipe early detection on extended reach wells using ensemble method of machine learning
    • Предупреждение прихватов при строительстве скважин с большимотходом от вертикали с использованием машинного обученияансамблевым методом
    • Decoding Positives or Negatives of Fracture-Hits: A Geomechanical Investigation of Fracture-Hits and Its Implications for Well Productivity and Integrity
    • Characterizing Well Spacing, Well Stacking, and Well Completion Optimization in the Permian Basin: An Improved and Efficient Workflow Using Cloud-Based Computing
    • Integrated Asset Models in SAGD Processes: From Steam Generator to Separator
    • Perceived Value and Popularity of Decision Analysis Tools in Upstream Asset Valuations
    • Geo-Engineered Performance in One of the Largest Tight Oil Multiwell Pads in Asia
    • Transitioning from Rig to Vessel Based Interventions to Maximize Economic Recovery
    • Synchronized Service Delivers Desired Outcomes
    • Pinpointing Water Entries in Dead Horizontal Wells
    • Horizontal vs. Vertical Borehole-based Microseismic Monitoring: Which is Better?
    • Geology Quality
    • Zero Net Gas Production
    • Sequencing Hydraulic Fractures to Optimize Production for Stacked Well Development in the Delaware Basin
    • New Stimulation Technologies in a Major Gas Field in the Middle East
    • First Steps of Channel Fracturing in Russia Set New Directions for Production Increase of the Oil Fields
    • Channel Fracturing Enhanced by Unconventional Proppant Increases Effectiveness of Hydraulic Fracturing in Devonian Formations of Russia's Oilfields
    • A Parametric Study on Completion Design in Shale Reservoirs Based on Fracturing-to-Production Simulations
    • Matrix Acid Systems for Formations With High Clay Content
    • Combining Stimulation and Water Control in High-Water-Cut Wells
    • Combinación de tratamientos de estimulación y control de agua en pozos con alto corte de agua
    • Evaluating Hydraulic Fracture Effectiveness in a Coal Seam Gas Reservoir
    • Well Treatment Fluids Prepared with Oilfield Produced Water: Part II
    • Hydraulic Fracture Monitoring to Reservoir Simulation: Maximizing Value
    • Understanding Diversion with a Novel Fiber-Laden Acid System for Matrix Acidizing of Carbonate Formations
    • Volumetric Fracture Modeling Approach (VFMA): Incorporating Microseismic Data in the Simulation of Shale Gas Reservoirs
    • Using Microseismic Source Parameters To Evaluate the Influence of Faults on Fracture Treatments
    • A New Approach to Generating Fracture Conductivity
    • Changing the Shape of Fracturing: New Proppant Improves Fracture Conductivity
    • Abrasive Jet Perforating and Fiber-Enhanced Proppant Plug Isolation Improve Efficiencies in Multistage Horizontal Completions
    • Fracture Network Development and Proppant Placement During Slickwater Fracturing Treatment of Barnett Shale Laterals
    • Channel Fracturing—A Paradigm Shift in Tight Gas Stimulation
    • Laboratory Evaluation of Organic Water Shut-off Gelling System for Carbonate Formations
    • Channel Fracturing in Horizontal Wellbores: The New Edge of Stimulation Techniques in the Eagle Ford Formation
    • Raising the Bar in Completion Practices in Jonah Field: Channel Fracturing Increases Gas Production and Improves Operational Efficiency
    • Completion Evaluation of the Eagle Ford Formation with Heterogeneous Proppant Placement
    • Channel Hydraulic Fracturing and Its Applicability in the Marcellus Shale
    • Innovative Coiled Tubing Water Shutoff Techniques in Horizontal Wells
    • Cased Hole Formation Resistivity Evaluation Results in Successful Identification and Isolation of Watered out Zones in Nubia Formation
    • Modeling of Interaction of Hydraulic Fractures in Complex Fracture Networks
    • Field Development Study: Channel Fracturing Increases Gas Production and Improves Polymer Recovery in Burgos Basin, Mexico North
    • Enhancing the Effectiveness of Workover Interventions With Coiled Tubing and Real-Time Downhole Measurements
    • Stimulation in Wells with Electric Submersible Pumps Increases Production and Save Costs without Damaging Pumps
    • Production Forecast after Hydraulic Fracturing in Naturally Fractured Reservoirs: Coupling a Complex Fracturing Simulator and a Semi-Analytical Production Model
    • An Innovative Solution to Optimizing Production in Naturally Fractured Carbonate Reservoirs in Southern Mexico
    • New Methods to Predict Inflow Performance of Multiply Fractured Horizontal Wells Under Two-Phase Condition and Optimize Number of Fracture Stages
    • A Workflow for Modeling and Simulation of Hydraulic Fractures in Unconventional Gas Reservoirs
    • A Thorough Diagnostics-Solution Approach To Increase the Recovery Factor from Horizontal Wells in Complex Dolomites
    • Understanding the Impact of Channel Fracturing in the Eagle Ford Shale Through Reservoir Simulation
    • Engineered Perforation Design Improves Fracture Placement and Productivity in Horizontal Shale Gas Wells
    • Designing Completions in Horizontal Shale Gas Wells: Perforation Strategies
    • Field Development Study: Channel Hydraulic Fracturing Achieves Both Operational and Productivity Goals in the Barnett Shale
    • Semi-Analytical Production Simulation of Complex Hydraulic Fracture Network
    • Advanced Completion and Fracturing Techniques in Tight Oil Reservoirs in Ordos Basin: A Workflow to Maximize Well Potential
    • First Channel Fracturing Applied in Mature Wells Increases Production from Talinskoe Oilfield in Western Siberia
    • Improving Production in the Marcellus Shale Using an Engineered Completion Design: A Case Study
    • Evaluating an Engineered Completion Design in the Marcellus Shale Using Microseismic Monitoring
    • The First Implementation of Elongated Proppant for Hydraulic Fracturing in Russia
    • Channel Fracturing in the Remote Taylakovskoe Oil Field: Reliable Stimulation Treatments for Significant Production Increase
    • Success & Scope of Infinite Conductivity Fracturing Channels in Cambay Basin of India
    • On the Mechanisms of Channel Fracturing
    • Rod-Shaped Proppant Provides Superior Proppant Flowback Control in the Egyptian Eastern Desert
    • Novel Technique to Increase Production from Tight Reservoirs Using HiWAY Fracturing Technique for the First Time at Middle East and North Africa
    • Production Enhancement in the Egyptian Western Desert Using the Channel-Fracturing Hi-Way Technique—A Field Case Study
    • Field Development Study: Channel Fracturing Technique Combined with Rod-shaped Proppant Improves Production, Eliminates Proppant Flowback Issues and Screen-outs in the Western Desert, Egypt
    • Novel Combination of Channel Fracturing with Rod-Shaped Proppant Increases Production in the Egyptian Western Desert
    • Modeling Microseismic Hydraulic Fracture Deformation
    • Geomechanics of Hydraulic Fracturing Inferred from Composite Radiation Patterns of Microseismicity
    • Development of an Optimized Completion Strategy in the Vaca Muerta Shale With an Anisotropic Geomechanical Model
    • Engineered Approach to Isolate Intervals Invaded by Water or Gas in Naturally Fractured Carbonate Formations
    • An Integrated Approach for Optimizing Vertical Wolfbone Wells in the Delaware Basin
    • A Novel Completion Method for Sequenced Fracturing in the Eagle Ford Shale
    • Unlocking the True Potential of the Vaca Muerta Shale via an Integrated Completion Optimization Approach
    • Development of a Stranded Tight Gas Field in the UK Southern North Sea Using Hydraulic Fracturing Within a Subsea Horizontal Well: A Case Study
    • Novel Dynamic Diversion Applied in Stimulation of Shale Plays in North Mexico
    • Geomechanical Characterization of an Unconventional Reservoir with Microseismic Fracture Monitoring Data and Unconventional Fracture Modeling
    • Sequenced Fracture Treatment Diversion Enhances Horizontal Well Completions in the Eagle Ford Shale
    • Back to the Future: Shale 2.0 - Returning Back to Engineering and Modelling Hydraulic Fractures in Unconventionals With New Seismic to Stimulation Workflows
    • Unlock HTHP Unconventional Play in West China by Integrating Cross Domain Expertise
    • $40 Billion Learning Curve: Leveraging Lessons Learned to Minimize the Overall Investment in Unconventional Plays
    • Overcoming Obstacles for Produced Water in Bakken Well Stimulations
    • Coiled Tubing Deployed Gas and Water Shutoffs in Alaska Utilizing a Polymer Gel and Microfine Cement
    • Overcoming a Cementing Failure: Sequenced Fracturing Technique for Remedial Application
    • An Application of Diversion Technique in Uncemented Section of a Horizontal Well in the Williston Basin
    • Innovative Approach to Effectively Stimulate Openhole Sections of Horizontal Laterals
    • To Treat or Not To Treat? Optimized Water Decisions Throughout the Produced-Water Management Cycle
    • Water-Flexible Fracturing Systems
    • Increased Reservoir Contact in Cemented Multistage Completions In the Williston Basin, Using Engineered Diversion Workflow
    • Innovative Approach to Effectively Stimulate Openhole Sections of Horizontal Laterals
    • Real-Time Interpretation of Leak Isolation with Degradable Diverter Using High Frequency Pressure Monitoring
    • Reaching New Heights of Efficiency in Offshore Gas Conformance Operations
    • Sequenced Fracturing Technique Improves Production from an Underperforming Lateral: An Interpretation Based on High Frequency Pressure Monitoring
    • Engineering an Effective Completion and Stimulation Strategy for In-Fill Wells
    • Sequenced Fracturing Technique with High-Frequency Pressure Monitoring Improves Horizontal Injection Well Performance on the North Slope of Alaska
    • Precise Fracturing: Increasing Number of Stages and Reducing Treatments Size in Oil Rims of Novoportovskoe Oil Field
    • First Implementation of Diversion Stimulation Service with Multimodal Particles in Caspian Offshore Oilfield
    • Coiled Tubing Boosts Efficiency of Multistage Hydraulic Fracturing Technique in Novoportovskoe Field
    • Qualifying Diversion in Multi Clusters Horizontal Well Hydraulic Fracturing in Haynesville Shale Using Water Hammer Analysis, Step-Down Test and Microseismic Data
    • Measurements While Fracturing: Nonintrusive Method of Hydraulic Fracturing Monitoring
    • Microseismic Source Inversion in Anisotropic Media
    • First Successful Multistage Hydraulic Fracture Monitoring for a Horizontal Well in Mexico
    • Challenging Horizontal Open Hole Completion in Carbonates
    • Fundamental Investigation of the Chemical and Mechanical Properties of High-Temperature-Cured Oilwell Cements
    • Interferometric Microseism Localization for Multistage Fracture Monitoring
    • Fracture Geometry Control Technology Prevents Well Interference in the Bakken
    • Hydraulic Fracture Propagation with Complex Natural Fracture Network
    • Use of Geomechanics for Optimizing Reservoir Completion and Stimulation Strategies for Carbonates in the Campos Basin, Offshore Brazil
    • Global Cross Application of Shale Gas Development Workflows Revealed
    • Optimization of Infill Well Development Using a Novel Far-Field Diversion Technique in the Eagle Ford Shale
    • Refracturing in the Eagle Ford Shale: One Operator's Quest to Identify and Rank Candidates, Minimize Well Interference, and Understand Variability of Results
    • Digitalization and Automation in Fracturing to Improve HSE Risk
    • 10K Dual Splitter Wellheads: First Worldwide Application on the Development of an Offshore Gas Field
    • Challenges and Solutions of Stimulating Carbonate Reservoirs in Timano-Pechora, Russia
    • Integrated Formation Resistivity Forward Modeling; A Case Study Of A Carbonate Reservoir
    • Single-Well In-Situ Measure of Oil Saturation Remaining in Carbonate After an EOR Chemical Flood
    • A Unique Stimulation Approach to Enhance Production Efficiency of Horizontal Wells in Heterogeneous Carbonate Reservoirs
    • Distributed Temperature Sensing (DTS) Enables Injectivity Visualization To Enhance Stimulation Efficiency
    • Successful Application of Novel Fiber Laden Self-Diverting Acid System During Fracturing Operations of Naturally Fractured Carbonates in Saudi Arabia
    • Revolutionary Matrix Stimulation Process in Offshore Mexico Using Coiled Tubing Equipped with Optical Fibers (CT-EOF) and Distributed Temperature Survey (DTS)
    • A Novel Stimulation Approach for Scale Control in Marrat Carbonate Reservoir - Case Studies from Joint Operations, PZ Kuwait
    • Stimulation Solutions for the High-Pressure, High-Temperature Naturally Fractured Carbonate Reservoirs in Mexico
    • Advanced Spectrometry and NMR Based Porosity Partitioning Integrated Technique in Evaluating Cretaceous Pinda Formation, Offshore Angola
    • Reservoir Surveillance - Fluid Contact Monitoring in Fractured Carbonate TA-GOGD Project
    • First Successful Multilateral Well Logging in Saudi Aramco: Innovative Approach toward Logging an Open Hole Multilateral Oil Producer
    • Raman Spectroscopy Yields New Discovery of Reaction of Acetic Acid with Calcite
    • Experience of Carbonate Acidizing in the Challenging Environment of the Volga-Urals Region of Russia
    • Reconstructing Sedimentary Depositional Environment With Borehole Imaging and Core: A Case Study From Eastern Offshore India
    • Fiber-Optic Distributed Vibration Sensing Provides Technique for Detecting Sand Production
    • Operaciones de Disparos Eficientes en Pozos de Alta Presión de Aguas Profundas
    • Detection and Estimation of Gas Hydrates Using Rock Physics and Seismic Inversion: Examples from the Northern Deepwater Gulf of Mexico
    • Enabling Subsea Surveillance: Embracing "True Production Control" With An Open Architecture Subsea Monitoring And Control System
    • Acquisition Experiments for Improved Subsalt Imaging in Deepwater Gulf of Mexico
    • Regional Trends in Undercompaction and Overpressure in the Gulf of Mexico
    • Application of Multipoint Geostatistics to Honor Multiple Attribute Constraints Applied to a Deepwater Outcrop Analog, Tanqua Karoo Basin, South Africa
    • Seismic Properties of Unconsolidated Sands: Tangential Stiffness, Vp/Vs Ratios and Diagenesis
    • Offshore Brazil 2005
    • Trend-Kriged Seismic Velocities to Predict Pore Pressure and to Model Effective Stress for Reservoir Characterization in a Deepwater Basin
    • First Borehole Acoustic Reflection Survey Mapping a Deepwater Turbidite Sand
    • Diving-Wave Refraction Tomography and Reflection Tomography for Velocity Model Building
    • Velocity Profile Prediction Using Walkaway VSP Data
    • Some Aspects of Survey Design for Wide-Azimuth Towed-Streamer Acquisition
    • 2D Traveltime Inversion for Gas Hydrates in Kerala-Konkan Basin, Western Offshore India
    • The Evolution of Sand Control Completions Practices for the Enfield Deepwater Development
    • A Novel Technique for Achieving High-Rate Water Injection at Matrix Rates in Openhole Sand-Control Completions: A Case History from Akpo Field, Nigeria
    • Single-Trip Perforate and Frac-Pack Completion with High-Efficiency Frac Gel in Bonga Phase 2
    • Live Fiber-Optic Telemetry Downhole Measurements on Coiled-Tubing-Enabled High-Efficiency Sand Cleanout in a Subhydrostatic Well for the First Time in the Gulf of Mexico
    • Hurricane Contingency for Stuck Coiled Tubing: Preparing for platform evacuation and allowing a safe recovery
    • Implementation of Customized Algorithms Extends Downhole Flowmeter Application in Two-Phase Oil/Gas Flow: A Subsea North Sea Case Study
    • Continuous Improvement and Oversight for Deepwater Cement Programs
    • EOR Advisor System: A Comprehensive Approach to EOR Selection
    • Introducing the MicroPilot: Moving Rock Flooding Experiments Downhole
    • Well Integrity in Heavy Oil Wells: Challenges and Solutions
    • Evaluation of Specialized Cement System for Long-Term Steam Injection Well Integrity
    • A Unique Sand Control Screen That Enhances Productivity
    • Long-Term Injectivity Test in a Field Characterized by a Tar Mat Zone Strives to Unlock Higher Reservoir Potential
    • New Steam Resilient Cement: Evaluation of Long-term Properties Under Extreme Conditions
    • While Drilling Mobility and Distributed Temperature Profiles Applied to Matrix Stimulation of a Giant Carbonate Oil Field: A Case Study
    • Practical Control of SAGD Wells With Dual Tubing Strings
    • Optimization of Stimulation Treatments in Naturally Fractured Carbonate Formations
    • First Installation of Five ESPs Offshore Romania: A Case Study and Lessons Learned
    • Innovative Intelligent Technologies Used for Production Optimization and Infrastructure Integrity Surveillance
    • Permanent Distributed Temperature Sensing (DTS) Technology Applied in Mature Fields - A Forties Field Case Study
    • Operational Overview of the First Offshore Production Test of Methane Hydrates in the Eastern Nankai Trough
    • Understanding Gas Production Mechanism and Effectiveness of Well Stimulation in the Haynesville Shale Through Reservoir Simulation
    • Overview of Tight Gas Field Development in the Middle East and North Africa Region
    • Modeling Hydraulic Fracturing Induced Fracture Networks in Shale Gas Reservoirs
    • A Multifaceted Approach for Controlling Complex Deposits in Oil and Gas Production
    • Utilizing Current Technologies to Understand Permeability, Stress Azimuths and Magnitudes and their Impact on Hydraulic Fracturing Success in a Coal Seam Gas Reservoir
    • Field Data Validation of a General Model for High-Performance Fractures in Deviated High-Rate Wells
    • Successful Hydrofracturing Leads to Opening of New Frontiers in Shale Gas Production in the Cambay Basin in Gujarat, India
    • Technical Limits of Tight Gas Fracturing in Oman
    • Tight Gas Reservoirs: Geological Evaluation of the Building Blocks
    • Optimizing Fracture Geometry and Productivity in High Permeability Reservoirs
    • Understanding Production from Eagle Ford-Austin Chalk System
    • Generalization of Dual-Porosity-System Representation and Reservoir Simulation of Hydraulic Fracturing-Stimulated Shale Gas Reservoirs
    • The Effect of Mechanical Properties Anisotropy in the Generation of Hydraulic Fractures in Organic Shales
    • An Integrated Approach for Understanding Oil and Gas Reserves Potential in Eagle Ford Shale Formation
    • Success Criteria for Multistage Fracturing of Tight Gas in Saudi Arabia
    • Application of Novel Technologies Helps Unlocking Deep Omani Gas
    • Optimizing Borehole Imaging for Tight Gas Exploration: Evolving a Go - No Go Decision Tree in Tight Gas Reservoirs of the Sultanate of Oman
    • An Effective Approach to Unconventional Resource Exploration in the Middle East
    • Design, Application, and Implementation of Well Intervention Services within a Deep HPHT Tight Gas Exploration and Appraisal Project
    • Application of Reservoir-Centric Stimulation Design Tool in Completion Optimization for Eagle Ford Shale
    • Unconventional Reservoir Development in Mexico: Lessons Learned From the First Exploratory Wells
    • Advanced Modeling of Interwell Fracturing Interference: an Eagle Ford Shale Oil Study
    • Improving Hydrocarbon Recovery of Horizontal Shale Wells Through Refracturing
    • What Does US LNG Export Mean for Future Shale Gas Development: How Many Shale Gas Wells Are Needed to Fuel a LNG Train?
    • Understanding the Applicability and Economic Viability of Refracturing Horizontal Wells in Unconventional Plays
    • Advanced Modeling of Interwell Fracturing Interference: An Eagle Ford Shale Oil Study - Refracturing
    • Parent Well Refracturing: Economic Safety Nets in an Uneconomic Market
    • Enhanced Waterflooding in Multistage Fractured Horizontal Wells—An Integrated Design Workflow and Unique Application of Active Injection Control Devices
    • Quantifying the Value of a Future Well Test with Reservoir and Measurement Uncertainty
    • Successful Testing of Extreme HPHT Well in Pakistan: Case History of Qadirpur Deep-1
    • Multiphase Metering in Siberian Gas and Condensate Wells
    • A Combination of Perforating Technologies to Maximize Well Productivity and Minimize Rig Time
    • Optimizing Reservoir Testing Operations With Downhole Wireless Telemetry System
    • Asphaltene Deposition Measurement and Modeling for Flow Assurance of Subsea Tubings and Pipelines
    • Design of Objective Function for Interference Well Testing
    • Variation of the Asphaltene Onset Pressure due to Reservoir Fluid Disequilibrium
    • Innovative Positioning of Downhole Pressure Gauges Close to Perforations in HPHT Slim Well During a Drillstem Test
    • Deepwater Cost Reduction Strategies with Depth Correlation
    • Direct Hydrodynamic Simulation of Multiphase Flow in Porous Rock
    • Monitoring Chemical EOR Processes
    • New Predictive Model of Penetration Depth for Oilwell-Perforating Shaped Charges
    • Hydraulic-Fracture Propagation in a Naturally Fractured Reservoir
    • A New Pressure-Rate Deconvolution Technique Based on Pressure Derivatives for Pressure Transient Test Interpretation
    • Moving the Immovable: Practical Offshore Appraisal Testing of Heavy and Sour Oil
    • A Systematic Workflow Process for Heavy Oil Characterization: Experimental Techniques and Challenges
    • Reservoir Test Optimization in Real Time with New Wireless Telemetry System
    • Imaging Texture and Porosity in Mudstones and Shales: Comparison of Secondary and Ion-Milled Backscatter SEM Methods
    • Hydraulic Fracture Crossing Natural Fracture at Non-orthogonal Angles, A Criterion, Its Validation and Applications
    • Successful Implementation of InterACT (Real Time Data Transmission) in Testing Services To Allow Remote Witnessing of Testing Operations and Multipoint Collaboration (Latif Gas Field - A Success Story)
    • Grid-Based Inversion Methods for Spatial Feature Identification and Parameter Estimation from Pressure Transient Tests
    • Mechanically Induced Fracture Face Skin - Insights From Laboratory Testing And Numerical Modelling
    • Improving Horizontal Completions on Heterogeneous Tight Shales
    • Improved Petrophysical Core Measurements on Tight Shale Reservoirs Using Retort and Crushed Samples
    • Multizone Well Testing with Downhole Tools in Extreme Sour-Gas Conditions
    • Innovative Work Scheme: Real Time Analysis During Well Test Operations
    • Integrated Interpretation for Pressure Transient Tests in Discretely Fractured Reservoirs
    • Challenges of Heavy Oil Fluid Sampling and Characterization
    • Reconciling Retort Versus Dean Stark Measurements on Tight Shales
    • Novel Method of Production Back-Allocation Using Geochemical Fingerprinting
    • Understanding Permeability Measurements in Tight Shales Promotes Enhanced Determination of Reservoir Quality
    • Case Study of HS Dispersion at Exploratory Well Test using CFD Tools
    • Design and Analysis of Interference Tests: Application to a Seven-Spot Inverted-Pattern Waterflood Pilot in the Wara Formation of the Greater Burgan Field, Kuwait
    • Issues of a Combination of Ultrasonic Doppler Velocity Measurement with a Venturi for Multiphase Flow Metering
    • Well-head Pressure Transient Analysis
    • Global Sensitivity Analysis for Natural Fracture Geological Modeling Parameters from Pressure Transient Tests
    • High Pressure Data and Modeling Results for Phase Behavior and Asphaltene Onsets of GOM Oil Mixed with Nitrogen
    • Pressure Transient Tests and Flow Regimes in Fractured Reservoirs
    • Novel Measurement of Asphaltene Content in Oil Using Microfluidic Technology
    • Defining Three Regions of Hydraulic Fracture Connectivity, in Unconventional Reservoirs, Help Designing Completions with Improved Long-Term Productivity
    • A Step Change in Deepwater Test Operations with Downhole Wireless Telemetry
    • Carbonate Rock During Two-Phase Flow Displacements
    • Enhancements in Fraction Measurements and Flow Modeling for Multiphase Flowmeters
    • Operational Decision Making Reaching New Frontiers with Real-Time Downhole Telemetry in the Russia's Arctic
    • Efficient Deepwater Well Testing
    • Real Time Well Testing: A Game Changer – Experience and Lessons Learned Over 100 Well Tests Performed In the North Sea
    • Petrophysical Challenges in Unconventional Rock, Onshore
    • Multiphase Flowmeter Performance in an Offshore Well Management Toolkit
    • Wireless Bottomhole Data Transmission in the UAE
    • Acoustic Firing for Intelligent Reservoir Perforation
    • Securing Long-Term Well Productivity of Horizontal Wells Through Optimization of Postfracturing Operations
    • Endpoint Scaling and Assessing Relative-Permeability Curves
    • A Study on the Use of Multiphase Flow Meters for Complex Condensate Production Testing in Pakistan
    • Isolated-Cell Pressure-Decay Testing for Fast Characterization of Ultralow Rock Permeability and Gas Slippage Effects
    • Clay Typing, Mineralogy, Kerogen Content and Kerogen Characterization from DRIFTS Analysis of Cuttings or Core
    • Advanced Core Analysis Methodologies Quantify and Characterize Prolific Liquid Hydrocarbon Quantities in the Vaca Muerta Shale
    • Chemo-Mechanical Behavior of Shales and Mud for Stability
    • Long-Term Compaction and Failure of a Large Offshore Field
    • New Approach to Fluid Typing in Tight Carbonate Source Rocks
    • Heterogeneity and Anisotropy Factors in Cores
    • State of the Art of Flow Management for Frac Plug Drillout and Flowback
    • Acquiring Accurate Information from Sustainable Well Testing
    • Smart Reservoir Depth Correlation with Tubing-Conveyed Wireless Gamma Ray Position Tool
    • Integrating Laboratory Testing and Numerical Modeling for a Giant Maturing Carbonate Field in UAE
    • Geomechanics Characterization of Nahr Umr and Laffan Shales
    • Stratigraphical–Sedimentological Framework for the Thamama Group Development
    • Geomechanical Laboratory Studies to Mitigate the Wellbore Instability Problems
    • Appraisal of Heavy and Viscous Oil in Deep Water
    • Interrogating Flowback Chemistry for Damage Markers in the Eagle Ford
    • Advanced Flowback in the Powder River Basin: Securing Stimulation Investments
    • Evolution of Coiled Tubing Industry in Offshore Mexico over the Last Decade
    • First Offshore Coiled Tubing Intervention Using a Catenary System in the Gulf of Mexico
    • Improving Coiled Tubing Operational Capabilities to Overcome New HPHT Challenges in Mexico Offshore
    • Coiled Tubing Operations on a Multi-Service Vessel for Deep Water Well Interventions in the Gulf of Mexico: A Decade of Experience
    • An Innovative Integrated Methodology to Deliquify Gas Well Using In-Well Live Performance Coiled Tubing for Velocity String Selection and Deployment: A Case Study in Saudi Arabia
    • Steel Coiled Tubing Defect Evaluation Using Magnetic Flux Leakage Signals
    • Modeling and Validating Pressure Transient Effects on Inflatable Bridge Plugs during Coiled Tubing Conveyed Perforating
    • Successful Application of Fiber-Optic-Enabled Coiled Tubing and Inflatable Packer Used for Testing the Formation's Upper Zone
    • 2 3/8- and 2 7/8-in OD Coiled Tubing Operations in Gulf of Mexico Shelf: A Safe, Reliable, and Efficient Way to Prepare for Re-Entry of Wells to Conform to New BSEE Regulations
    • Managing Risk and Reaping Reward in a High Temperature, High H2S, Extended Reach Environment: A Case Study of a Coiled Tubing Stimulation Campaign in the UAE
    • Isolation of Water Producing Interval in a Horizontal Well Completed with Multistage Fracturing System Using Two CT Inflatable Bridge Plugs
    • Journey of a Coiled Tubing Catenary Operation: Best Practice at South China Sea
    • A Systematic Approach to Horizontal Well Perforating With Coiled Tubing in the South China Sea, Malaysia
    • Adaptability of Coiled Tubing Technology Enables Complex Well Abandonment in Gulf of Mexico Inland Waters
    • Optimizing Pipe Management with a New Approach of Coiled Tubing Integrity Monitoring
    • Successful Coiled Tubing Based Selective Stimulation of a Remote Well in Challenging Offshore Environment: A Case Study
    • Saudi Arabia's Manifa Giant Offshore Field Development: The Role of Technology
    • Cost Effective Field Applications Utilizing Coiled Tubing Inflatable Packer System in South Mexico
    • Stimulation With Innovative Fluid-Placement Methodology and World First Production Logging With Fiber Optic Enabled Coiled Tubing (CT)
    • Effect of Real Time Measurements and Analysis on Carbonate Stimulation in Horizontal Open Hole Producers - Lessons Learned at Eocene Field in the Partitioned Zone
    • Inversion of Distributed-Temperature-Sensing Logs to Measure Zonal Coverage During and After Wellbore Treatments with Coiled Tubing
    • Redefinition of Well Interventions in Naturally-Fractured Carbonate Reservoirs through Real-Time Coiled Tubing-Deployed, Fiber Optic Monitoring
    • Redefinición de las intervenciones de pozos en yacimientos carbonatados naturalmente fracturados mediante el monitoreo en tiempo real con fibra óptica desplegada con tubería flexible
    • Fiber-Optic Technology Allows Real-Time Production Logging Well Campaign To Continue Where Traditional Logging Tools Fell Short
    • Successful Cementing Through Coiled Tubing E-Line: An Economical Solution for Coiled Tubing Drilling Applications
    • Case History: Pilot Project With Coiled Tubing Drilling in Offshore South China Sea
    • A New Methodology for Stimulation of a High-Water-Cut Horizontal Oil Well through the Combination of a Smart Chemical System with Real-Time Temperature Sensing: A Case Study of South Umm Gudair Field, PZ Kuwait
    • Drilling Performance Optimization on Malaysia's First Coiled Tubing Drilling Pilot Project: A Case Study
    • Peninsular Malaysia Coiled Tubing Drilling Case Study: Atypical Approach to An Unconventional Drilling Technique
    • Case Study: Completion Design and Operation in High Dogleg Coiled Tubing Drilling Wells
    • Coil Tubing Furan Resin Sand Consolidation Treatment on Multi Layered Formation in Peninsular Malaysia
    • Achieving Optimum Placement of Stimulating Fluids in Multilayered Carbonate Reservoirs: A Novel Approach
    • Case History: Sand Handling and Hydrocarbon Containment During a Coiled Tubing Cleanout of a Live Deepwater Well
    • A Safe and Efficient Approach to 3 5/8" Coiled Tubing Reentry Drilling in Deep Gas Applications in Saudi Arabia; Successful Introduction of a New Wired CTD System
    • Extending Coiled Tubing Frontiers to Ultradeep, High-Pressure Well Interventions in Deepwater Gulf of Mexico: A Technical Feasibility Study
    • Recent Developments in Mechanical Descaling Operations: A Case Study from Saudi Arabia
    • A Novel Fatigue Assessment of CT with Defects Based on Magnetic Flux Leakage
    • Surpassing the Challenges of CT Interventions in a Trilateral Extended Reach Well in the Arabian Gulf
    • Successful Offshore Coiled Tubing Well Intervention in Mega-Reach Wells in the Russian Caspian: A 4-Well Case Study
    • Coiled Tubing Completes Unique High-Pressure Well Abandonments in Remote Alaska Field
    • Gas Shutoff Treatment in Mega Rich Horizontal Well With Coiled Tubing Inflatable Packer for North Caspian
    • Turbodrill Bottomhole Assembly and Real-Time Data Improve Through-Tubing Coiled-Tubing Drilling Operations in Sour Gas Well
    • Reviving Oil Production in a Mature Offshore Field Through a Downhole Coiled Tubing Completion
    • Optimization of Underbalanced Coiled Tubing Drilling in Hard Sandstones
    • Cost-Effective Approach in Stimulating Openhole Water Injectors Using Real-Time Flow Measurement A Case Study
    • First Coiled Tubing Operation in Alaska Requiring 15,000-psi-Rated Well Control Equipment: A Case History
    • Unique Electronically Activated Nonexplosive Wireline Cutter Provides Safe and Reliable Cuts
    • Hybrid Electro-Optical Cable for Coiled Tubing Logging and Interventions
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